Innovation of the Year 2023

Arburg’s anniversary machine Allrounder 470 H Comfort will produce adapters for the medical market using PC (polycarbonate), in a three-platen mould with 2+2 cavities. The cycle time is 25 seconds. The moulded parts are removed by the Flexlift 10+2 double-arm robot with a payload of ten kilograms and another two kilograms for its second arm. The entire turnkey system that also has an integrated camera test and a sample part drawer for quality assurance purposes, was built and commissioned in the Arburg Technology Factory Pinghu. The gripper component of the Flexlift was also manufactured there on a Freeformer 300-3x.

Arburg’s anniversary machine Allrounder 470 H Comfort will produce adapters for the medical market using PC (polycarbonate), in a three-platen mould with 2+2 cavities. The cycle time is 25 seconds. The moulded parts are removed by the Flexlift 10+2 double-arm robot with a payload of ten kilograms and another two kilograms for its second arm. The entire turnkey system that also has an integrated camera test and a sample part drawer for quality assurance purposes, was built and commissioned in the Arburg Technology Factory Pinghu. The gripper component of the Flexlift was also manufactured there on a Freeformer 300-3x.

Application: Automotive New Energy Medical Packaging

The UN230CE-BTP all-electric injection molding +LSR multi-component injection molding machine is equipped with special mold for collapsible two-color silicone lunch box. It uses an electrical liquid silicone feeder and WACKER food-grade silicone to break through the industrial barrier and achieve the integrated molding of thermoplastic injection molding + thermosetting liquid silicone. It allows the molding of two-color plastic liquid silicone with complex structures, reduces assembly costs, improves production efficiency and product physical properties, and solves various pain points of the industry in the injection molding. The machine is an effective solution in the production of automotive connectors, seals, wiring structural parts, precision electronic seals in 3C industry, high-end household supplies, and medical supplies.

The UN230CE-BTP all-electric injection molding +LSR multi-component injection molding machine is equipped with special mold for collapsible two-color silicone lunch box. It uses an electrical liquid silicone feeder and WACKER food-grade silicone to break through the industrial barrier and achieve the integrated molding of thermoplastic injection molding + thermosetting liquid silicone. It allows the molding of two-color plastic liquid silicone with complex structures, reduces assembly costs, improves production efficiency and product physical properties, and solves various pain points of the industry in the injection molding. The machine is an effective solution in the production of automotive connectors, seals, wiring structural parts, precision electronic seals in 3C industry, high-end household supplies, and medical supplies.

Application: E&E, IT & Telecommunication Automotive New Energy Medical

This cellulose is a renewable, inedible biomaterial that is at no risk of ever running out. Also, by incorporating this cellulose into resin as a reinforcing material, the CO2 emissions over the entire life cycle of the product can be reduced. It further contributes to reduced CO2 emissions thanks to the greater fuel efficiency achieved when it is used to lighten the parts of vehicles.Advantages of long cellulose fiber reinforced thermoplastics• Able to reduce CO2 emissions over the entire product life cycle.• Contributes to reduced usage of petroleum-based materials.• Because cellulose fibre of stable quality is used, there is less likelihood of gas production during the fabrication process compared with natural fibre reinforced resins, resulting in products of a stable quality.

This cellulose is a renewable, inedible biomaterial that is at no risk of ever running out. Also, by incorporating this cellulose into resin as a reinforcing material, the CO2 emissions over the entire life cycle of the product can be reduced. It further contributes to reduced CO2 emissions thanks to the greater fuel efficiency achieved when it is used to lighten the parts of vehicles.

Advantages of long cellulose fiber reinforced thermoplastics
• Able to reduce CO2 emissions over the entire product life cycle.
• Contributes to reduced usage of petroleum-based materials.
• Because cellulose fibre of stable quality is used, there is less likelihood of gas production during the fabrication process compared with natural fibre reinforced resins, resulting in products of a stable quality.

Application: Aerospace, Aviation, Railway Transport Automotive E&E, IT & Telecommunication New Energy

Built for the highly efficient production large moulded parts such as large-scale sophisticated automotive parts, ENGEL duo machines deliver power from a relatively small footprint.The tried-and-trusted dual platen compact clamping unit ensures a compact design. • Ultra-short cycle times thanks to two diagonally acting high speed cylinders with fast synchronous locking and minimal pressure build-up time.• Space-saving production: minimal footprint thanks to reliable dual platen compact design.• Excellent operating safety and part quality thanks to stable platen control, precision parallelism and sensitive mould protection• Energy savings: reduced power consumption and a clean mould area thanks to low-friction platen guidance on moving carriages (no tie-bar guides). The high energy efficiency of the machine is enhanced by intelligent ENGEL ecodrive servo hydraulics.

Built for the highly efficient production large moulded parts such as large-scale sophisticated automotive parts, ENGEL duo machines deliver power from a relatively small footprint.
The tried-and-trusted dual platen compact clamping unit ensures a compact design.

• Ultra-short cycle times thanks to two diagonally acting high speed cylinders with fast synchronous locking and minimal pressure build-up time.
• Space-saving production: minimal footprint thanks to reliable dual platen compact design.
• Excellent operating safety and part quality thanks to stable platen control, precision parallelism and sensitive mould protection
• Energy savings: reduced power consumption and a clean mould area thanks to low-friction platen guidance on moving carriages (no tie-bar guides). The high energy efficiency of the machine is enhanced by intelligent ENGEL ecodrive servo hydraulics.

Application: Aerospace, Aviation, Railway Transport Automotive Food & Beverage Medical E&E, IT & Telecommunication New Energy Packaging Optoelectronics

The MK6 PRO is the new “professional” member of the MK6 series, which was originally created by Chen Hsong and Japanese engineers through combining half a century of applications experience with top-of-the-line advanced technology and controls expertise. The MK6 PRO inherits its high reliability and non-compromising performance from the MK6 legacy, but also adds a brand-new, next-generation, high-end computing control platform, meticulously fine-tuned mechanics and hydraulics, and state-of-the-art control algorithms. It seeks to be even better, again, in every way.

The MK6 PRO is the new “professional” member of the MK6 series, which was originally created by Chen Hsong and Japanese engineers through combining half a century of applications experience with top-of-the-line advanced technology and controls expertise. The MK6 PRO inherits its high reliability and non-compromising performance from the MK6 legacy, but also adds a brand-new, next-generation, high-end computing control platform, meticulously fine-tuned mechanics and hydraulics, and state-of-the-art control algorithms. It seeks to be even better, again, in every way.

Application: Automotive Food & Beverage Medical E&E, IT & Telecommunication New Energy Packaging Optoelectronics

Solvay announced a new high-heat and flame retardant grade in the company’s Xydar® liquid crystal polymers (LCP) portfolio, which is designed to meet critical safety demands in EV battery components. The new Xydar® LCP G-330 HH material addresses challenging thermal and insulation requirements and is targeted particularly at battery module plates of EV models operating with higher voltage systems.Xydar® LCP G-330 HH is a glass-filled LCP for injection molding capable of retaining its electrical insulation upon exposure to 400°C for 30 minutes. Xydar® LCP is an inherently flame retardant polymer, without the use of halogen or bromine additives. In addition, it offers exceptional flowability and helps battery designers achieve thinner parts than possible with incumbent battery module insulation materials. It has been successfully tested with plates molded in typical dimensions of 100 x 150 x 0.5 mm.Xydar® LCP has a proven fit in many electrical and electronic as well as coating applications. Besides automotive lighting components, sensors, solenoids and connectors, advanced examples in e-mobility include thin-wall slot liners used in the rotor design of an electric drive traction motor.

Solvay announced a new high-heat and flame retardant grade in the company’s Xydar® liquid crystal polymers (LCP) portfolio, which is designed to meet critical safety demands in EV battery components. The new Xydar® LCP G-330 HH material addresses challenging thermal and insulation requirements and is targeted particularly at battery module plates of EV models operating with higher voltage systems.
Xydar® LCP G-330 HH is a glass-filled LCP for injection molding capable of retaining its electrical insulation upon exposure to 400°C for 30 minutes. Xydar® LCP is an inherently flame retardant polymer, without the use of halogen or bromine additives. In addition, it offers exceptional flowability and helps battery designers achieve thinner parts than possible with incumbent battery module insulation materials. It has been successfully tested with plates molded in typical dimensions of 100 x 150 x 0.5 mm.
Xydar® LCP has a proven fit in many electrical and electronic as well as coating applications. Besides automotive lighting components, sensors, solenoids and connectors, advanced examples in e-mobility include thin-wall slot liners used in the rotor design of an electric drive traction motor.

Application: Automotive New Energy

Borche’s new generation electric machine BD series is featured with direct drive technology. It is an achievement of Borche 20 years’ research and development on electric injection molding machine. BD series integrates the advantages of independent intellectual property rights, direct-drive structure, smart control of injection molding, process optimization by big data. It is widely applied in many industries such as medical health, new energy vehicles, intelligent home appliances, 3C products, etc.

Borche’s new generation electric machine BD series is featured with direct drive technology. It is an achievement of Borche 20 years’ research and development on electric injection molding machine. BD series integrates the advantages of independent intellectual property rights, direct-drive structure, smart control of injection molding, process optimization by big data. It is widely applied in many industries such as medical health, new energy vehicles, intelligent home appliances, 3C products, etc.

Application: Automotive E&E, IT & Telecommunication New Energy Packaging

MA6500 Ⅲ/h (200 mm/s) barrel-making machine is a member of the high-speed injection molding machine series, mainly aimed at improving the efficiency of 20-25L oil barrels, paint barrels, water barrels, and other products on the market. This model deeply optimizes the performance and configuration of the application through research on the raw materials, molds, and process characteristics of barrels to improve the quality and efficiency of the product. Currently, the cycle time of the exhibition machine has reached 13.9s, and the actual performance at the customer is around 18-22s. Compared to the cycle time of peer equipment on the market that it is generally around 26-28s, with an efficiency increase of 30% - 50%. At the same time, the modular design has been applied inside Haitian’s factory, shortening the delivery cycle of the barrel-making machine from 6 weeks to 3 weeks.

MA6500 Ⅲ/h (200 mm/s) barrel-making machine is a member of the high-speed injection molding machine series, mainly aimed at improving the efficiency of 20-25L oil barrels, paint barrels, water barrels, and other products on the market. This model deeply optimizes the performance and configuration of the application through research on the raw materials, molds, and process characteristics of barrels to improve the quality and efficiency of the product. Currently, the cycle time of the exhibition machine has reached 13.9s, and the actual performance at the customer is around 18-22s. Compared to the cycle time of peer equipment on the market that it is generally around 26-28s, with an efficiency increase of 30% - 50%. At the same time, the modular design has been applied inside Haitian’s factory, shortening the delivery cycle of the barrel-making machine from 6 weeks to 3 weeks.

Application: Daily Chemicals

Delrin® Renewable Attributed (RA) base polymer is produced from 100% bio-feedstock from waste according to ISCC Plus mass balance certification. Delrin® Renewable Attributed offers excellent durability and reliability for less waste in part replacement. It is produced from 100% certified renewable electricity, steam-sourced via municipal waste energy recovery, and offers the same quality, performance, processing, and sensory experience as Delrin®. This makes it easy for customers to adopt as they work toward their own sustainability goals. Continuing the Delrin® reputation, Delrin® Renewable Attributed enables lightweighting, integration of functions, and the highest levels of part performance

Delrin® Renewable Attributed (RA) base polymer is produced from 100% bio-feedstock from waste according to ISCC Plus mass balance certification. Delrin® Renewable Attributed offers excellent durability and reliability for less waste in part replacement. It is produced from 100% certified renewable electricity, steam-sourced via municipal waste energy recovery, and offers the same quality, performance, processing, and sensory experience as Delrin®. This makes it easy for customers to adopt as they work toward their own sustainability goals. Continuing the Delrin® reputation, Delrin® Renewable Attributed enables lightweighting, integration of functions, and the highest levels of part performance

Application: Automotive Building Materials Food & Beverage Medical E&E, IT & Telecommunication New Energy Sports & Leisure

Donghua Machinery (“Welltec” brand for overseas market) has been developing all-electric injection molding machine since 2000. D series all-electric will be displayed this time, and the turnkey solutions for the medical packaging industry will also be shown at the exhibition site. D series all-electric injection molding machine is developed with 20 years of experience in the design of all-electric IMM by Donghua Machinery (“Welltec” brand for overseas market) . This series of all-electric IMM adopts the integrated design of servo motor, server and control system, and with perfect collaborative control to make the whole machine more responsive and higher precision. High precision production can be reached by injection, plasticizing, mold opening and closing, and ejection, which is suitable for full automatic production of precision products.

Donghua Machinery (“Welltec” brand for overseas market) has been developing all-electric injection molding machine since 2000. D series all-electric will be displayed this time, and the turnkey solutions for the medical packaging industry will also be shown at the exhibition site. D series all-electric injection molding machine is developed with 20 years of experience in the design of all-electric IMM by Donghua Machinery (“Welltec” brand for overseas market) . This series of all-electric IMM adopts the integrated design of servo motor, server and control system, and with perfect collaborative control to make the whole machine more responsive and higher precision. High precision production can be reached by injection, plasticizing, mold opening and closing, and ejection, which is suitable for full automatic production of precision products.

Application: Automotive Medical E&E, IT & Telecommunication Packaging

As an important part of automobile safety module, automobile headlight is related to driving safety, and it is also the most difficult and demanding part of automobile plastic parts. The OptiSure™ multi-layer thick-wall lens injection molding technology uses layered injection molding and external cooling to ensure high quality optical lens production while increasing production efficiency by 30%. NEO·H500b rotary core multi-layer injection molding machine has won two Zhejiang Provincial Scientific Progress award and other awards, can provide high-end multi-color multi-material molding solutions for automotive industry customers.

As an important part of automobile safety module, automobile headlight is related to driving safety, and it is also the most difficult and demanding part of automobile plastic parts. The OptiSure™ multi-layer thick-wall lens injection molding technology uses layered injection molding and external cooling to ensure high quality optical lens production while increasing production efficiency by 30%. NEO·H500b rotary core multi-layer injection molding machine has won two Zhejiang Provincial Scientific Progress award and other awards, can provide high-end multi-color multi-material molding solutions for automotive industry customers.

Application: Aerospace, Aviation, Railway Transport Automotive

Tufel 150 LT is an innovative Silicone Elastomer with the unique features of Ultra-low Temperature resistancy. Unlike the general Silicone Elastomers which can only keep flexiblitity to -40℃, Tufel 150LT still has good physical properties at temperatures as low as -114℃. It is a two-component silicone high consistency elastomer formulated for use in low temperature environments such as biopharmaceutical tubing storage or transport. And it has Biocompatible features which can fit BioPharma Industry. Meanwhile, it has high resilience, and extrudable or compression moldable.

Tufel 150 LT is an innovative Silicone Elastomer with the unique features of Ultra-low Temperature resistancy. Unlike the general Silicone Elastomers which can only keep flexiblitity to -40℃, Tufel 150LT still has good physical properties at temperatures as low as -114℃. It is a two-component silicone high consistency elastomer formulated for use in low temperature environments such as biopharmaceutical tubing storage or transport. And it has Biocompatible features which can fit BioPharma Industry. Meanwhile, it has high resilience, and extrudable or compression moldable.

Application: Medical

The four injection units are arranged in rectangular on four corners like X shape, parallel up and down on the fixed mold side. The concentrated structure and flexible layout meet the injection molding requirements of diverse products. Each injection unit is equipped with high precision closed-loop control technology, which improve repetition precision and product quality. The injection units to use can be flexibly selected according to mold requirements. Two-component, three-component, and four-component products can be efficiently produced without moving or changing the injection units. Large diameter rotary table with special design of bearing units can load mold up to 25 tons. The high accurate servo rotary table can be rotated for multiple angles and tasks. Additionally, it features precise positioning and high-speed operation. Proportional valve control for mold clamping and ejection, core-puller simultaneous function, can meet the precise opening and closing mode control and fast cycle requirements. High strength separated sliding foot structure design, improve the bearing capacity and stability of the movable platen. A two-platen clamping unit with a pulling tie-bar function for changing mold easy, and small area occupation favorable for factories to allocate space.

The four injection units are arranged in rectangular on four corners like X shape, parallel up and down on the fixed mold side. The concentrated structure and flexible layout meet the injection molding requirements of diverse products.
Each injection unit is equipped with high precision closed-loop control technology, which improve repetition precision and product quality.
The injection units to use can be flexibly selected according to mold requirements. Two-component, three-component, and four-component products can be efficiently produced without moving or changing the injection units.
Large diameter rotary table with special design of bearing units can load mold up to 25 tons.
The high accurate servo rotary table can be rotated for multiple angles and tasks. Additionally, it features precise positioning and high-speed operation.
Proportional valve control for mold clamping and ejection, core-puller simultaneous function, can meet the precise opening and closing mode control and fast cycle requirements.
High strength separated sliding foot structure design, improve the bearing capacity and stability of the movable platen.
A two-platen clamping unit with a pulling tie-bar function for changing mold easy, and small area occupation favorable for factories to allocate space.

Application: Automotive

MARCHANTE’s Biaxial Stretching Lines provide a highly efficient and sustainable solution for producing technical films in the battery, energy, and electronic industries. With the cutting-edge MASIM technology (simultaneous stretching patented by MARCHANTE), MARCHANTE ensures an accurate homogeneity of the film on all its surfaces, for a reliable and safe product in its final application. MARCHNTE's technologies also ensure a higher yield of high-quality separator film and reduce the overall amount of material waste to only 10% per side. Their latest stretching technologies increase production capacity by up to 40% compared to traditional lines, thus reducing labor costs per square meter. This allows producing larger volumes of high-quality technical films, making MARCHANTE's stretching lines a cost-effective option. In summary, MARCHANTE's Biaxial Stretching Lines offer a sustainable and efficient solution for businesses seeking to produce technical films for battery, energy, and electronic applications.

MARCHANTE’s Biaxial Stretching Lines provide a highly efficient and sustainable solution for producing technical films in the battery, energy, and electronic industries. With the cutting-edge MASIM technology (simultaneous stretching patented by MARCHANTE), MARCHANTE ensures an accurate homogeneity of the film on all its surfaces, for a reliable and safe product in its final application.
MARCHNTE's technologies also ensure a higher yield of high-quality separator film and reduce the overall amount of material waste to only 10% per side.
Their latest stretching technologies increase production capacity by up to 40% compared to traditional lines, thus reducing labor costs per square meter. This allows producing larger volumes of high-quality technical films, making MARCHANTE's stretching lines a cost-effective option.
In summary, MARCHANTE's Biaxial Stretching Lines offer a sustainable and efficient solution for businesses seeking to produce technical films for battery, energy, and electronic applications.

Application: Automotive New Energy Packaging

KRAIBURG TPE THERMOLAST® R RC/FC/PCR/AP series is a material solution with a post-consumer recycled content of 9-38% (hardness-dependent) for everyday consumer applications in the Asia Pacific market. They comply with FDA food contact regulatory standards. The series is characterized by its PP adhesion and is available in natural and translucent colors can be colored in many different ways to deliver colorful, trendy and food safe applications.• Hardness range 30 to 90 Sh A• Adhesion to PP or for single component parts • Post-consumer recycled content from 9-38% • Good haptics • Low odor • Optimized mechanical properties• All raw materials conform to (FDA) CFR21 standards• REACH SVHC and RoHS compliances • Processible by injection molding • Pre-coloration available in-house • Sustainable materialTypical applications include razors, toothbrushes, toys and household articles.

KRAIBURG TPE THERMOLAST® R RC/FC/PCR/AP series is a material solution with a post-consumer recycled content of 9-38% (hardness-dependent) for everyday consumer applications in the Asia Pacific market. They comply with FDA food contact regulatory standards. The series is characterized by its PP adhesion and is available in natural and translucent colors can be colored in many different ways to deliver colorful, trendy and food safe applications.
• Hardness range 30 to 90 Sh A
• Adhesion to PP or for single component parts
• Post-consumer recycled content from 9-38%
• Good haptics
• Low odor
• Optimized mechanical properties
• All raw materials conform to (FDA) CFR21 standards
• REACH SVHC and RoHS compliances
• Processible by injection molding
• Pre-coloration available in-house
• Sustainable material
Typical applications include razors, toothbrushes, toys and household articles.

Application: Household Articles

HK73 MT sets a new standard for the fourth generation of twin-screw extruder in China, and the improvement of specific torque brings the improvement of single production capacity and product quality; The spare parts of the processing section are universal with HK and SK models, and the wear resistance and corrosion resistance process can be tailored with 4D/6D design; A series of technical innovations such as high energy efficiency grade driving motor and intelligent interconnection and pre-maintenance k-cloud intelligent control system can be optional, bringing users the ultimate experience of high return on investment and greatly improved product performance.

HK73 MT sets a new standard for the fourth generation of twin-screw extruder in China, and the improvement of specific torque brings the improvement of single production capacity and product quality; The spare parts of the processing section are universal with HK and SK models, and the wear resistance and corrosion resistance process can be tailored with 4D/6D design; A series of technical innovations such as high energy efficiency grade driving motor and intelligent interconnection and pre-maintenance k-cloud intelligent control system can be optional, bringing users the ultimate experience of high return on investment and greatly improved product performance.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy Medical

The battenfeld-cincinnati starEX 120-40-C single screw extruder is idea for PET sheet extrusion. With a highly efficient planetary degassing part, for mainly PET (also PP, PS, ABS, & PLA). No pre-drying for PET necessary, and output up to 1.4 t/h. BCC’s expertise, Inline-and Offline-Concepts (Mono and CoEx), is proven HighSpeed and STARExtruder technology, make customers benefit in less resource consumption, reduced need for energy, space and material, high rate for recycle processing. To make customers successful and long-term profitable growth.

The battenfeld-cincinnati starEX 120-40-C single screw extruder is idea for PET sheet extrusion. With a highly efficient planetary degassing part, for mainly PET (also PP, PS, ABS, & PLA). No pre-drying for PET necessary, and output up to 1.4 t/h. BCC’s expertise, Inline-and Offline-Concepts (Mono and CoEx), is proven HighSpeed and STARExtruder technology, make customers benefit in less resource consumption, reduced need for energy, space and material, high rate for recycle processing. To make customers successful and long-term profitable growth.

Application: Packaging

The joint development between NatureWorks and CJ Biomaterials is focusing on developing biobased, low carbon solutions that combine Ingeo™️ PLA with amorphous PHACT™️ PHA in order to broaden the performance attributes available for compostable rigid and flexible packaging and food serviceware applications. The new solutions will also aim to speed up biodegradation to introduce more "after-use" options consistent with a circular economy model.

The joint development between NatureWorks and CJ Biomaterials is focusing on developing biobased, low carbon solutions that combine Ingeo™️ PLA with amorphous PHACT™️ PHA in order to broaden the performance attributes available for compostable rigid and flexible packaging and food serviceware applications. The new solutions will also aim to speed up biodegradation to introduce more "after-use" options consistent with a circular economy model.

Application: Packaging

Fully Automatic Pipe Coiler is suitable for automatic winding of PE/PERT/PA plastic pipes with outer diameter of 8-32mm, its maximum winding speed is 80m/min. Winding displacement, cutting, dual-station switching, bundling, online weighing, and unloading are all automatically completed by servo independent control, without human intervention. While reducing labor intensity, it improves production efficiency, reduces labor costs, and empowers automated workshops.

Fully Automatic Pipe Coiler is suitable for automatic winding of PE/PERT/PA plastic pipes with outer diameter of 8-32mm, its maximum winding speed is 80m/min. Winding displacement, cutting, dual-station switching, bundling, online weighing, and unloading are all automatically completed by servo independent control, without human intervention. While reducing labor intensity, it improves production efficiency, reduces labor costs, and empowers automated workshops.

Application: Building Materials

The EPS to EPS circular recycling system consists of fully automatic loss-in-weight feeding system, twin-screw extruder, cooling single-screw extruder, screen changer, melt pump, underwater pelletizing, coating and fully automatic packaging system. EPS waste crushed by cold pressing or EPS grinding powder after hot melt grinding can be fed into the twin-screw extruder through the automatic feeding system. The material entering the extruder becomes molten by absorbing the heat from the barrel and the mechanical energy generated by the twin-screw shear. At this time, the pentane blowing agent is injected in the middle of the twin-screw, and the molten material mixed with the blowing agent enters the cooling single-screw after being fully mixed by the twin-screw. After the molten material in the cooling single screw is cooled to a suitable temperature, it passes through the screen changer to filter out the impurities that may be contained in the EPS waste, and then enters the melt pump. The melt pump will provide stable pressure and flow for the next underwater pelletizing. After the material enters the underwater cutting system, it quickly condenses and wraps the pentane blowing agent inside, and then the particles containing the pentane blowing agent enter the dehydration system, and then pass through the vibrating screen to screen out particles of different sizes, and the finished particles will be sent by air. The system is sent to the coating system to apply fluorine coating agent, and the coated beads are sent to the automatic packaging system through the air conveying system for packaging. The system recycles EPS waste and makes EPS expandable beads, which share the same purpose as the original EPS beads for a circular economy.

The EPS to EPS circular recycling system consists of fully automatic loss-in-weight feeding system, twin-screw extruder, cooling single-screw extruder, screen changer, melt pump, underwater pelletizing, coating and fully automatic packaging system. EPS waste crushed by cold pressing or EPS grinding powder after hot melt grinding can be fed into the twin-screw extruder through the automatic feeding system. The material entering the extruder becomes molten by absorbing the heat from the barrel and the mechanical energy generated by the twin-screw shear. At this time, the pentane blowing agent is injected in the middle of the twin-screw, and the molten material mixed with the blowing agent enters the cooling single-screw after being fully mixed by the twin-screw. After the molten material in the cooling single screw is cooled to a suitable temperature, it passes through the screen changer to filter out the impurities that may be contained in the EPS waste, and then enters the melt pump. The melt pump will provide stable pressure and flow for the next underwater pelletizing. After the material enters the underwater cutting system, it quickly condenses and wraps the pentane blowing agent inside, and then the particles containing the pentane blowing agent enter the dehydration system, and then pass through the vibrating screen to screen out particles of different sizes, and the finished particles will be sent by air. The system is sent to the coating system to apply fluorine coating agent, and the coated beads are sent to the automatic packaging system through the air conveying system for packaging. The system recycles EPS waste and makes EPS expandable beads, which share the same purpose as the original EPS beads for a circular economy.

Application: Building Materials Packaging

The capability of Da Fon's secondary recycling process has been approved by U.S. food & drug administration to produce PCR-PP / PCR-HDPE materials that are for food-contact applications. The PCR-PP / PCR- HDPE material is intended for use at levels of up to 100% recycled content in the manufacture of finished articles in contact with dry foods (Food Type VIII) under Conditions of Use (COU) E through G. * PCR-PP P611HF with 100% PCR-PP material is produced by the feedstock source of food-grade waste of juice boxes, lunch boxes and single-use beverage cups in Taiwan. * PCR-HDPE N610HF with 100% PCR-HDPE material is produced by the feedstock source of food-grade waste of milk bottles only in Taiwan, very pure and simple. As a solution provider of carbon reduction, Da Fon would like to support brands' sustainable packaging strategies with its food grade PCR-PP and PCR-HDPE.

The capability of Da Fon's secondary recycling process has been approved by U.S. food & drug administration to produce PCR-PP / PCR-HDPE materials that are for food-contact applications.
The PCR-PP / PCR- HDPE material is intended for use at levels of up to 100% recycled content in the manufacture of finished articles in contact with dry foods (Food Type VIII) under Conditions of Use (COU) E through G.
* PCR-PP P611HF with 100% PCR-PP material is produced by the feedstock source of food-grade waste of juice boxes, lunch boxes and single-use beverage cups in Taiwan.
* PCR-HDPE N610HF with 100% PCR-HDPE material is produced by the feedstock source of food-grade waste of milk bottles only in Taiwan, very pure and simple.
As a solution provider of carbon reduction, Da Fon would like to support brands' sustainable packaging strategies with its food grade PCR-PP and PCR-HDPE.

Application: Packaging

The brand new SPEEDFORMER KMD 90 Smart it’s a world premiere, available for sales in China and many other countries.It is engineered for the efficient production of food and non-food polymer-based packaging e.g. trays and containers, made from PET, PP, PLA, PS, PE or recycled polymers. The machine is 100% made by Kiefel and combines proven German technology with Chinese local manufacturing benefits. The high degree of automation and the time saving tool change system are as much part of the proven machine concept as the steel rule cutting and the integrated stacking station. Additionally, the highly productive machine comes with a forming area of 870 x 920 mm, a tool dimension area of 890 x 940 mm and can produce formed parts with a height of up to 160 mm. The machine is efficient and sustainable, e.g. through the film temperature measurement with closed-loop control or drives with energy recovery system.Live on demonstration at the Kiefel booth 10Q21 in Hall 10.

The brand new SPEEDFORMER KMD 90 Smart it’s a world premiere, available for sales in China and many other countries.
It is engineered for the efficient production of food and non-food polymer-based packaging e.g. trays and containers, made from PET, PP, PLA, PS, PE or recycled polymers. The machine is 100% made by Kiefel and combines proven German technology with Chinese local manufacturing benefits.
The high degree of automation and the time saving tool change system are as much part of the proven machine concept as the steel rule cutting and the integrated stacking station. Additionally, the highly productive machine comes with a forming area of 870 x 920 mm, a tool dimension area of 890 x 940 mm and can produce formed parts with a height of up to 160 mm. The machine is efficient and sustainable, e.g. through the film temperature measurement with closed-loop control or drives with energy recovery system.
Live on demonstration at the Kiefel booth 10Q21 in Hall 10.

Application: Packaging

Product details: 1. Higher productivity 2. Higher energy Savings 3. Product with better mechanical properties 4. Constant weight and size of the product 5. Fast and easy maintenance 6. Fast, economical color changeover The main problems can be settled during production like follows: - Accurate control of pellet insertion - Easy dose insertion control - Easily detected wear - Problems can be predicted Application fields: Compression molding machine enable green, energy-saving and sustainable development in beverage & packaging industry.

Product details:
1. Higher productivity
2. Higher energy Savings
3. Product with better mechanical properties
4. Constant weight and size of the product
5. Fast and easy maintenance
6. Fast, economical color changeover

The main problems can be settled during production like follows:
- Accurate control of pellet insertion
- Easy dose insertion control
- Easily detected wear
- Problems can be predicted

Application fields:
Compression molding machine enable green, energy-saving and sustainable development in beverage & packaging industry.

Application: Food & Beverage Packaging

KRAIBURG TPE THERMOLAST® R RC/PCR/AP series is a material solution with a postconsumer recycled content of 25 - 48% (hardness-dependent) for industry applications in the Asia Pacific market. The compounds are available in black colors.• Hardness range 50 to 90 Sh A• Adhesion to PP or for single component parts• Post-consumer recycled content from 25-48%• Good mechanical properties and flowability • Non-sticky surface • RoHS • Reliable quality and availability • Sustainable materialTypical applications include grips, function al & design elements, grommets, connectors, handles, cable clips, electric & electronic components.

KRAIBURG TPE THERMOLAST® R RC/PCR/AP series is a material solution with a postconsumer recycled content of 25 - 48% (hardness-dependent) for industry applications in the Asia Pacific market. The compounds are available in black colors.
• Hardness range 50 to 90 Sh A
• Adhesion to PP or for single component parts
• Post-consumer recycled content from 25-48%
• Good mechanical properties and flowability
• Non-sticky surface
• RoHS
• Reliable quality and availability
• Sustainable material
Typical applications include grips, function al & design elements, grommets, connectors, handles, cable clips, electric & electronic components.

Application: E&E, IT & Telecommunication

AL-500LL-50S which is the latest AL series model developed by Aoki. AL series has achieved innovative molding cycle time efficiency, and the product has been upgraded on the basis of the original widely used machine SBIII-250LL-50S. AL series can meet the diversified demands of the market in the near future, and a more suitable plasticizing device is combined to meet the needs of the products. It is characterized by high added value: high speed mold release, high plasticization, flexibility. 【High Speed Mold Release】 Is a forming method in Which Directional Blow Molding Theory And Bottle Preform Thickness Determine The Molding Cycle Time, Which Can Shorten The Injection Molding And Cooling Time As Much As Possible And Increase The Production By Leaps And Bounds. 【High Plasticization】 Is molded at low temperature to achieve high plasticizability, reduce the resin temperature when molding bottle preform, shorten the cooling time of injection molding, and achieve a better state of molten resin in the state of low speed rotation by improving melting and mixing properties. It is helpful to improve the formability of many kinds of molding materials. 【Flexibility】 Standard can be equipped with screw diameter φ 72 ""(injection capacity is 661.6cm ³/ shot) or diameter φ 78"" (injection capacity is 776.5cm ³/ shot) large capacity screw, even small specific gravity pp, hdpe and ultra-thick-walled containers can limit the number of mold cavities without the limit of injection capacity. It is obvious especially in the industries such as sports water bottles made of tritan/pp and the ultra-thick-walled cosmetic containers with glass texture such as petg/pcta/pctg.

AL-500LL-50S which is the latest AL series model developed by Aoki. AL series has achieved innovative molding cycle time efficiency, and the product has been upgraded on the basis of the original widely used machine SBIII-250LL-50S. AL series can meet the diversified demands of the market in the near future, and a more suitable plasticizing device is combined to meet the needs of the products. It is characterized by high added value: high speed mold release, high plasticization, flexibility.
【High Speed Mold Release】
Is a forming method in Which Directional Blow Molding Theory And Bottle Preform Thickness Determine The Molding Cycle Time, Which Can Shorten The Injection Molding And Cooling Time As Much As Possible And Increase The Production By Leaps And Bounds.
【High Plasticization】
Is molded at low temperature to achieve high plasticizability, reduce the resin temperature when molding bottle preform, shorten the cooling time of injection molding, and achieve a better state of molten resin in the state of low speed rotation by improving melting and mixing properties. It is helpful to improve the formability of many kinds of molding materials.
【Flexibility】
Standard can be equipped with screw diameter φ 72 ""(injection capacity is 661.6cm ³/ shot) or diameter φ 78"" (injection capacity is 776.5cm ³/ shot) large capacity screw, even small specific gravity pp, hdpe and ultra-thick-walled containers can limit the number of mold cavities without the limit of injection capacity. It is obvious especially in the industries such as sports water bottles made of tritan/pp and the ultra-thick-walled cosmetic containers with glass texture such as petg/pcta/pctg.

Application: Daily Chemicals Packaging Food & Beverage

Based on the third generation of recycling technologies for bottle-to-fibre, bottle-to-sheet, bottle-to-bottle and tray-to-tray applications, the fourth generation of VACUREMA® enables lower material handling temperatures through innovative EcoGentle® technology and better material melting and mixing performance through a combination of extrusion ratio changes, targeted use of shear flow and elongation flow. These innovations have resulted in a significant reduction in the energy required for production: as low as 0.22 kWh/kg on a VACUREMA®Basic 2628, as well as an increase in the quality of the recycled output through gentler material handling and a wider process window. In addition, the fourth generation of the process solution is backed up by new patented technology that allows, for example, a further step forward in capacity up to 6000 kg/h.

Based on the third generation of recycling technologies for bottle-to-fibre, bottle-to-sheet, bottle-to-bottle and tray-to-tray applications, the fourth generation of VACUREMA® enables lower material handling temperatures through innovative EcoGentle® technology and better material melting and mixing performance through a combination of extrusion ratio changes, targeted use of shear flow and elongation flow. These innovations have resulted in a significant reduction in the energy required for production: as low as 0.22 kWh/kg on a VACUREMA®Basic 2628, as well as an increase in the quality of the recycled output through gentler material handling and a wider process window. In addition, the fourth generation of the process solution is backed up by new patented technology that allows, for example, a further step forward in capacity up to 6000 kg/h.

Application: Food & Beverage Packaging

Wote’s PPA material has a full set of water treatment certification, which is suitable for the application of the entire hydraulic industry. It provides localization of the whole value chain, localized supply and technical services. It also has excellent mechanical properties, long-term hydrolysis resistance, and high performance maintenance under long-term contact with water.

Wote’s PPA material has a full set of water treatment certification, which is suitable for the application of the entire hydraulic industry. It provides localization of the whole value chain, localized supply and technical services. It also has excellent mechanical properties, long-term hydrolysis resistance, and high performance maintenance under long-term contact with water.

Application: Daily Chemicals

The new AD*STAR pp woven block bottom sack contains 22% recycled content and 20% CaCO3. It is produced on Starlinger’s new conversion line ad*starKON SXneo which reaches a line speed of 140 bags per minute. Starlinger uses recycled material in woven plastic packaging, which is manufactured in a complex process, without having to accept a loss of quality.In addition, Starlinger’s new, patented gripTEC technology increases the coefficient of friction of all kinds of flexible plastic packaging and films. The anti-slip effect is achieved by welding plastic particles directly onto the surface of the packaging or film. This significantly reduces slipping of stacked bags and lowers the risk of personal injury from falling bags. What's more, it saves tonnes of bulk material and packaging wasted due to sack breakage, and eliminates the additional CO2 generated during replacement production of lost content and new packaging – another contribution to sustainability.

The new AD*STAR pp woven block bottom sack contains 22% recycled content and 20% CaCO3. It is produced on Starlinger’s new conversion line ad*starKON SXneo which reaches a line speed of 140 bags per minute. Starlinger uses recycled material in woven plastic packaging, which is manufactured in a complex process, without having to accept a loss of quality.
In addition, Starlinger’s new, patented gripTEC technology increases the coefficient of friction of all kinds of flexible plastic packaging and films. The anti-slip effect is achieved by welding plastic particles directly onto the surface of the packaging or film. This significantly reduces slipping of stacked bags and lowers the risk of personal injury from falling bags. What's more, it saves tonnes of bulk material and packaging wasted due to sack breakage, and eliminates the additional CO2 generated during replacement production of lost content and new packaging – another contribution to sustainability.

Application: Packaging

Dekuma's RC40Se corner jointing rubber injection machine is a new model specifically optimized for the sealing strips of automotive doors and windows. It has the following advantages:1. The highest injection repeatability accuracy can reach 0.02 gramsThe injection system of this machine has been polished by the company's professional team for many years and is equipped with a fully imported servo control system. The highest injection repeatability accuracy can reach 0.02 grams. It adopts an integral machine body structure, and its reliability and stability are close to European equipment standards.2. Continuous feeding and adapts to various rubber materialsDekuma's uniquely designed feeding system scientifically solves the problem of material breakage and is adaptable to more rubber materials.3. Over 3,000 units sold in 18 yearsThe old models in the same series have undergone repeated testing by global industry benchmark customers over 18 years, and have been highly recognized by them. The products are exported to Europe, America, South Korea, and other regions.

Dekuma's RC40Se corner jointing rubber injection machine is a new model specifically optimized for the sealing strips of automotive doors and windows. It has the following advantages:
1. The highest injection repeatability accuracy can reach 0.02 grams
The injection system of this machine has been polished by the company's professional team for many years and is equipped with a fully imported servo control system. The highest injection repeatability accuracy can reach 0.02 grams. It adopts an integral machine body structure, and its reliability and stability are close to European equipment standards.
2. Continuous feeding and adapts to various rubber materials
Dekuma's uniquely designed feeding system scientifically solves the problem of material breakage and is adaptable to more rubber materials.
3. Over 3,000 units sold in 18 years
The old models in the same series have undergone repeated testing by global industry benchmark customers over 18 years, and have been highly recognized by them. The products are exported to Europe, America, South Korea, and other regions.

Application: Automotive

EVERCYCLE is SI Group’s new platform of additive solutions with specific focus to increase the sustainability of plastic and to accelerate the transition to a circular economy. The EVERCYCLE portfolio today contains 5 innovative solutions to increase recycled content, avoid downcycling and improve recycled resin quality in both PET and PO applications. In PET EVERCYCLE provides sustainable solutions against yellowing and loss of transparency. In PO EVERCYCLE can improve mechanical performance through improved stabilization and reduced gel levels.

EVERCYCLE is SI Group’s new platform of additive solutions with specific focus to increase the sustainability of plastic and to accelerate the transition to a circular economy. The EVERCYCLE portfolio today contains 5 innovative solutions to increase recycled content, avoid downcycling and improve recycled resin quality in both PET and PO applications. In PET EVERCYCLE provides sustainable solutions against yellowing and loss of transparency. In PO EVERCYCLE can improve mechanical performance through improved stabilization and reduced gel levels.

Application: Packaging Daily Chemicals

TungYu servo press equipment adopts a concise design with a hollow servo motor and direct-driven ball screw to control the up and down stroke and processing force of the press, achieving efficient and high-precision forming and processing. The advantages of servo presses include:1.High precision: Using servo drive technology, it can achieve small adjustments to ensure product accuracy and consistency.2.High efficiency: Using a servo motor to control the stroke speed makes the operation faster and the processing efficiency higher.3.Energy-saving and environmentally friendly: The direct drive of the hollow servo motor to the ball screw has a more significant energy-saving effect than traditional presses, helping to reduce energy consumption and achieve the green and sustainable development of the production process.4.Flexible operation: The equipment has various operation modes, including manual, semi-automatic, and fully automatic modes, to adapt to different production needs.5.Safe and reliable: The equipment is equipped with multiple safety protection measures to ensure user safety.Servo presses are widely used in the manufacture of various precision parts in industries such as electronics, automobiles, and aviation, and are one of the essential processing equipment in modern industry.

TungYu servo press equipment adopts a concise design with a hollow servo motor and direct-driven ball screw to control the up and down stroke and processing force of the press, achieving efficient and high-precision forming and processing. The advantages of servo presses include:
1.High precision: Using servo drive technology, it can achieve small adjustments to ensure product accuracy and consistency.
2.High efficiency: Using a servo motor to control the stroke speed makes the operation faster and the processing efficiency higher.
3.Energy-saving and environmentally friendly: The direct drive of the hollow servo motor to the ball screw has a more significant energy-saving effect than traditional presses, helping to reduce energy consumption and achieve the green and sustainable development of the production process.
4.Flexible operation: The equipment has various operation modes, including manual, semi-automatic, and fully automatic modes, to adapt to different production needs.
5.Safe and reliable: The equipment is equipped with multiple safety protection measures to ensure user safety.
Servo presses are widely used in the manufacture of various precision parts in industries such as electronics, automobiles, and aviation, and are one of the essential processing equipment in modern industry.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy

The FLEXLIFT linear robots, which were specially developed, designed and tuned for the Asian market, are available in six different sizes as single and double arm versions. The load capacities are five, ten and 15 kilograms. The FLEXLIFTs can be used on Allrounders of sizes 320, 370, 420, 470, 520 and 570. The dynamics of the vertical axes allow comparatively short intervention times. The robotic systems are made universal by a large number of variants, special designs and practical configuration options, as well as by their cleanroom suitability. They work together with the Gestica controls of the machines and can be easily and conveniently integrated into the automated processes via OPC UA interfaces.

The FLEXLIFT linear robots, which were specially developed, designed and tuned for the Asian market, are available in six different sizes as single and double arm versions. The load capacities are five, ten and 15 kilograms. The FLEXLIFTs can be used on Allrounders of sizes 320, 370, 420, 470, 520 and 570. The dynamics of the vertical axes allow comparatively short intervention times. The robotic systems are made universal by a large number of variants, special designs and practical configuration options, as well as by their cleanroom suitability. They work together with the Gestica controls of the machines and can be easily and conveniently integrated into the automated processes via OPC UA interfaces.

Application: Robot system Taking material from the injection molding machine

The new sDRY MM/MD is the latest dryer launched by swift, featuring independent maintenance, flexible use and intelligent operation. The product has the following advantages: Modularity: Modular design makes the product not limited by the site and can be freely combined to meet different requirements. Each module has an independent CPU control. If one module fails, it can be detached automatically without affecting the normal operation of the whole system, which provides our customers with maximum flexibility and no interruption to production. Digitization & IoT capable: The sDRY MM/MD is equipped with regeneration water cooler and frequency converter as standard, optional with dew point control, timing regeneration and dual zone control functions. The dryer has real time status display, which allows operators to monitor operation parameters, historical data and alarm information through user-friendly graphics interface. Energy efficiency: The sDRY MM/MD uses more efficient IE3 fan, the low-resistance air path design can greatly reduce energy consumption. In addition, the dryer can also achieve heat recovery and offer large energy savings.

The new sDRY MM/MD is the latest dryer launched by swift, featuring independent maintenance, flexible use and intelligent operation. The product has the following advantages:
Modularity: Modular design makes the product not limited by the site and can be freely combined to meet different requirements. Each module has an independent CPU control. If one module fails, it can be detached automatically without affecting the normal operation of the whole system, which provides our customers with maximum flexibility and no interruption to production.
Digitization & IoT capable: The sDRY MM/MD is equipped with regeneration water cooler and frequency converter as standard, optional with dew point control, timing regeneration and dual zone control functions. The dryer has real time status display, which allows operators to monitor operation parameters, historical data and alarm information through user-friendly graphics interface.
Energy efficiency: The sDRY MM/MD uses more efficient IE3 fan, the low-resistance air path design can greatly reduce energy consumption. In addition, the dryer can also achieve heat recovery and offer large energy savings.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive Building Materials Packaging Daily Chemicals Food & Beverage Optoelectronics Medical

Innovative production of Two layer or Three layer parts with completely separated layer. It is optimized to increase the production of core molding. Depending on the characteristics of the Core Resin use, clients can have a variety of effects on their products. At first, skin layer injection starts. When resin fills skin layer up to a certain point, resin for core layer injects into center of skin layer, and then layers form multi layers.

Innovative production of Two layer or Three layer parts with completely separated layer. It is optimized to increase the production of core molding. Depending on the characteristics of the Core Resin use, clients can have a variety of effects on their products. At first, skin layer injection starts. When resin fills skin layer up to a certain point, resin for core layer injects into center of skin layer, and then layers form multi layers.

Application: Daily Chemicals Food & Beverage Medical New Energy Packaging

Barnes will exhibit on CHINAPLAS，together with its 6 subsidiaries (Synventive，männer，THEYMOPLAY，FOBOHA，PRIAMUS and Gammaflux). Barnes' moldMIND, the "digital cockpit" of the injection mold, is a recording system that documents relevant process data and events of an injection mold in real-time throughout the entire life cycle of the mold. The intelligent monitoring system detects problems quickly to minimize downtime. The data can be accessed directly on the device or in the Barnes Connectia Cloud.

Barnes will exhibit on CHINAPLAS，together with its 6 subsidiaries (Synventive，männer，THEYMOPLAY，FOBOHA，PRIAMUS and Gammaflux).
Barnes' moldMIND, the "digital cockpit" of the injection mold, is a recording system that documents relevant process data and events of an injection mold in real-time throughout the entire life cycle of the mold. The intelligent monitoring system detects problems quickly to minimize downtime. The data can be accessed directly on the device or in the Barnes Connectia Cloud.

Application: Packaging Medical

Kaihua introduces high-tech, innovative molds and process technologies to provide guarantees for low-cost and high-efficiency parts manufacturing. From preliminary research, to engineering design, to interactive design, through structural case analysis, lightweight technical reserves, ergonomics research and development, and the practice of replacing steel with plastic, the structural design and appearance design are perfectly unified. The innovative application of micro-foaming injection molding technology in door panels, tailgates, dashboard frames and other products can effectively shorten the molding cycle, prevent product surface shrinkage, and reduce product weight efficiently. Through the research and development of multi-color high-gloss injection molding technology, that is, two-color, three-color injection molding, and high-gloss two-color injection molding, it can effectively reduce costs and improve product appearance in terms of ventilation panels, engine room trim panels, and car lamp trim panels. In order to better improve production efficiency, Kaihua innovates and develops injection compression molding technology, which greatly improves the precision and dimensional stability of product surface details in terms of optical lens injection glass, and provides better protection for products with high transparency requirements.

Kaihua introduces high-tech, innovative molds and process technologies to provide guarantees for low-cost and high-efficiency parts manufacturing. From preliminary research, to engineering design, to interactive design, through structural case analysis, lightweight technical reserves, ergonomics research and development, and the practice of replacing steel with plastic, the structural design and appearance design are perfectly unified. The innovative application of micro-foaming injection molding technology in door panels, tailgates, dashboard frames and other products can effectively shorten the molding cycle, prevent product surface shrinkage, and reduce product weight efficiently. Through the research and development of multi-color high-gloss injection molding technology, that is, two-color, three-color injection molding, and high-gloss two-color injection molding, it can effectively reduce costs and improve product appearance in terms of ventilation panels, engine room trim panels, and car lamp trim panels. In order to better improve production efficiency, Kaihua innovates and develops injection compression molding technology, which greatly improves the precision and dimensional stability of product surface details in terms of optical lens injection glass, and provides better protection for products with high transparency requirements.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy Building Materials Packaging Daily Chemicals Sports & Leisure Food & Beverage Optoelectronics Medical

To research and develop bi-injection 4 station rotary mold, Push adopted the leading bi-injection moulding technique,due to the unique appearance feature, push designed 4 independent sliders with cooling function on the fixed mold side, with innovative designing of moving half ejection structure. Comparing with traditional mold, the weight of moving half half side have reduced 30%, the stability and reliability of cube mold during the process of rotating is improved a lot, meanwhile, the complete cycle time is reduced to 11.2 seconds. This system is applied in the caps for packaging of health care products, injected by PP and TPE in different color, with unique appearance that adopts special inverted conical stripe design. With innovative designing scheme, the system perfectly meet all requirements of caps, significantly improved the sealing and anti-counterfeiting function performance, provided high quality experience to customers.

To research and develop bi-injection 4 station rotary mold, Push adopted the leading bi-injection moulding technique,due to the unique appearance feature, push designed 4 independent sliders with cooling function on the fixed mold side, with innovative designing of moving half ejection structure. Comparing with traditional mold, the weight of moving half half side have reduced 30%, the stability and reliability of cube mold during the process of rotating is improved a lot, meanwhile, the complete cycle time is reduced to 11.2 seconds. This system is applied in the caps for packaging of health care products, injected by PP and TPE in different color, with unique appearance that adopts special inverted conical stripe design. With innovative designing scheme, the system perfectly meet all requirements of caps, significantly improved the sealing and anti-counterfeiting function performance, provided high quality experience to customers.

Application: Packaging

Microlen® Blue 7460 ECO is a low metal-blue pigment preparation for biodegradables plastics, such as PLA and PHA’, certified by EN 13432(EU) & ASTM D-6400:2019 (USA). Excellent dispersion via unique Microlen® technology, which provides superior quality and appearance for film and extrusion plastics products. Microlen® Blue 7460 ECO fills the gap between phthalocyanine blue and green pigments that can only be used in limited quantities (max 0.045%) due to presence of copper, with Microlen® Blue 7460 ECO, the use levels in the final formulation can expand to 2%.

Microlen® Blue 7460 ECO is a low metal-blue pigment preparation for biodegradables plastics, such as PLA and PHA’, certified by EN 13432(EU) & ASTM D-6400:2019 (USA). Excellent dispersion via unique Microlen® technology, which provides superior quality and appearance for film and extrusion plastics products. Microlen® Blue 7460 ECO fills the gap between phthalocyanine blue and green pigments that can only be used in limited quantities (max 0.045%) due to presence of copper, with Microlen® Blue 7460 ECO, the use levels in the final formulation can expand to 2%.

Application: Packaging

This cellulose is a renewable, inedible biomaterial that is at no risk of ever running out. Also, by incorporating this cellulose into resin as a reinforcing material, the CO2 emissions over the entire life cycle of the product can be reduced. It further contributes to reduced CO2 emissions thanks to the greater fuel efficiency achieved when it is used to lighten the parts of vehicles.Advantages of long cellulose fiber reinforced thermoplastics• Able to reduce CO2 emissions over the entire product life cycle.• Contributes to reduced usage of petroleum-based materials.• Because cellulose fibre of stable quality is used, there is less likelihood of gas production during the fabrication process compared with natural fibre reinforced resins, resulting in products of a stable quality.

This cellulose is a renewable, inedible biomaterial that is at no risk of ever running out. Also, by incorporating this cellulose into resin as a reinforcing material, the CO2 emissions over the entire life cycle of the product can be reduced. It further contributes to reduced CO2 emissions thanks to the greater fuel efficiency achieved when it is used to lighten the parts of vehicles.

Advantages of long cellulose fiber reinforced thermoplastics
• Able to reduce CO2 emissions over the entire product life cycle.
• Contributes to reduced usage of petroleum-based materials.
• Because cellulose fibre of stable quality is used, there is less likelihood of gas production during the fabrication process compared with natural fibre reinforced resins, resulting in products of a stable quality.

Application: Aerospace, Aviation, Railway Transport Automotive E&E, IT & Telecommunication New Energy

Solvay announced a new high-heat and flame retardant grade in the company’s Xydar® liquid crystal polymers (LCP) portfolio, which is designed to meet critical safety demands in EV battery components. The new Xydar® LCP G-330 HH material addresses challenging thermal and insulation requirements and is targeted particularly at battery module plates of EV models operating with higher voltage systems.Xydar® LCP G-330 HH is a glass-filled LCP for injection molding capable of retaining its electrical insulation upon exposure to 400°C for 30 minutes. Xydar® LCP is an inherently flame retardant polymer, without the use of halogen or bromine additives. In addition, it offers exceptional flowability and helps battery designers achieve thinner parts than possible with incumbent battery module insulation materials. It has been successfully tested with plates molded in typical dimensions of 100 x 150 x 0.5 mm.Xydar® LCP has a proven fit in many electrical and electronic as well as coating applications. Besides automotive lighting components, sensors, solenoids and connectors, advanced examples in e-mobility include thin-wall slot liners used in the rotor design of an electric drive traction motor.

Solvay announced a new high-heat and flame retardant grade in the company’s Xydar® liquid crystal polymers (LCP) portfolio, which is designed to meet critical safety demands in EV battery components. The new Xydar® LCP G-330 HH material addresses challenging thermal and insulation requirements and is targeted particularly at battery module plates of EV models operating with higher voltage systems.
Xydar® LCP G-330 HH is a glass-filled LCP for injection molding capable of retaining its electrical insulation upon exposure to 400°C for 30 minutes. Xydar® LCP is an inherently flame retardant polymer, without the use of halogen or bromine additives. In addition, it offers exceptional flowability and helps battery designers achieve thinner parts than possible with incumbent battery module insulation materials. It has been successfully tested with plates molded in typical dimensions of 100 x 150 x 0.5 mm.
Xydar® LCP has a proven fit in many electrical and electronic as well as coating applications. Besides automotive lighting components, sensors, solenoids and connectors, advanced examples in e-mobility include thin-wall slot liners used in the rotor design of an electric drive traction motor.

Application: Automotive New Energy

Delrin® Renewable Attributed (RA) base polymer is produced from 100% bio-feedstock from waste according to ISCC Plus mass balance certification. Delrin® Renewable Attributed offers excellent durability and reliability for less waste in part replacement. It is produced from 100% certified renewable electricity, steam-sourced via municipal waste energy recovery, and offers the same quality, performance, processing, and sensory experience as Delrin®. This makes it easy for customers to adopt as they work toward their own sustainability goals. Continuing the Delrin® reputation, Delrin® Renewable Attributed enables lightweighting, integration of functions, and the highest levels of part performance

Delrin® Renewable Attributed (RA) base polymer is produced from 100% bio-feedstock from waste according to ISCC Plus mass balance certification. Delrin® Renewable Attributed offers excellent durability and reliability for less waste in part replacement. It is produced from 100% certified renewable electricity, steam-sourced via municipal waste energy recovery, and offers the same quality, performance, processing, and sensory experience as Delrin®. This makes it easy for customers to adopt as they work toward their own sustainability goals. Continuing the Delrin® reputation, Delrin® Renewable Attributed enables lightweighting, integration of functions, and the highest levels of part performance

Application: Automotive Building Materials Food & Beverage Medical E&E, IT & Telecommunication New Energy Sports & Leisure

Tufel 150 LT is an innovative Silicone Elastomer with the unique features of Ultra-low Temperature resistancy. Unlike the general Silicone Elastomers which can only keep flexiblitity to -40℃, Tufel 150LT still has good physical properties at temperatures as low as -114℃. It is a two-component silicone high consistency elastomer formulated for use in low temperature environments such as biopharmaceutical tubing storage or transport. And it has Biocompatible features which can fit BioPharma Industry. Meanwhile, it has high resilience, and extrudable or compression moldable.

Tufel 150 LT is an innovative Silicone Elastomer with the unique features of Ultra-low Temperature resistancy. Unlike the general Silicone Elastomers which can only keep flexiblitity to -40℃, Tufel 150LT still has good physical properties at temperatures as low as -114℃. It is a two-component silicone high consistency elastomer formulated for use in low temperature environments such as biopharmaceutical tubing storage or transport. And it has Biocompatible features which can fit BioPharma Industry. Meanwhile, it has high resilience, and extrudable or compression moldable.

Application: Medical

KRAIBURG TPE THERMOLAST® R RC/FC/PCR/AP series is a material solution with a post-consumer recycled content of 9-38% (hardness-dependent) for everyday consumer applications in the Asia Pacific market. They comply with FDA food contact regulatory standards. The series is characterized by its PP adhesion and is available in natural and translucent colors can be colored in many different ways to deliver colorful, trendy and food safe applications.• Hardness range 30 to 90 Sh A• Adhesion to PP or for single component parts • Post-consumer recycled content from 9-38% • Good haptics • Low odor • Optimized mechanical properties• All raw materials conform to (FDA) CFR21 standards• REACH SVHC and RoHS compliances • Processible by injection molding • Pre-coloration available in-house • Sustainable materialTypical applications include razors, toothbrushes, toys and household articles.

KRAIBURG TPE THERMOLAST® R RC/FC/PCR/AP series is a material solution with a post-consumer recycled content of 9-38% (hardness-dependent) for everyday consumer applications in the Asia Pacific market. They comply with FDA food contact regulatory standards. The series is characterized by its PP adhesion and is available in natural and translucent colors can be colored in many different ways to deliver colorful, trendy and food safe applications.
• Hardness range 30 to 90 Sh A
• Adhesion to PP or for single component parts
• Post-consumer recycled content from 9-38%
• Good haptics
• Low odor
• Optimized mechanical properties
• All raw materials conform to (FDA) CFR21 standards
• REACH SVHC and RoHS compliances
• Processible by injection molding
• Pre-coloration available in-house
• Sustainable material
Typical applications include razors, toothbrushes, toys and household articles.

Application: Household Articles

The joint development between NatureWorks and CJ Biomaterials is focusing on developing biobased, low carbon solutions that combine Ingeo™️ PLA with amorphous PHACT™️ PHA in order to broaden the performance attributes available for compostable rigid and flexible packaging and food serviceware applications. The new solutions will also aim to speed up biodegradation to introduce more "after-use" options consistent with a circular economy model.

The joint development between NatureWorks and CJ Biomaterials is focusing on developing biobased, low carbon solutions that combine Ingeo™️ PLA with amorphous PHACT™️ PHA in order to broaden the performance attributes available for compostable rigid and flexible packaging and food serviceware applications. The new solutions will also aim to speed up biodegradation to introduce more "after-use" options consistent with a circular economy model.

Application: Packaging

The capability of Da Fon's secondary recycling process has been approved by U.S. food & drug administration to produce PCR-PP / PCR-HDPE materials that are for food-contact applications. The PCR-PP / PCR- HDPE material is intended for use at levels of up to 100% recycled content in the manufacture of finished articles in contact with dry foods (Food Type VIII) under Conditions of Use (COU) E through G. * PCR-PP P611HF with 100% PCR-PP material is produced by the feedstock source of food-grade waste of juice boxes, lunch boxes and single-use beverage cups in Taiwan. * PCR-HDPE N610HF with 100% PCR-HDPE material is produced by the feedstock source of food-grade waste of milk bottles only in Taiwan, very pure and simple. As a solution provider of carbon reduction, Da Fon would like to support brands' sustainable packaging strategies with its food grade PCR-PP and PCR-HDPE.

The capability of Da Fon's secondary recycling process has been approved by U.S. food & drug administration to produce PCR-PP / PCR-HDPE materials that are for food-contact applications.
The PCR-PP / PCR- HDPE material is intended for use at levels of up to 100% recycled content in the manufacture of finished articles in contact with dry foods (Food Type VIII) under Conditions of Use (COU) E through G.
* PCR-PP P611HF with 100% PCR-PP material is produced by the feedstock source of food-grade waste of juice boxes, lunch boxes and single-use beverage cups in Taiwan.
* PCR-HDPE N610HF with 100% PCR-HDPE material is produced by the feedstock source of food-grade waste of milk bottles only in Taiwan, very pure and simple.
As a solution provider of carbon reduction, Da Fon would like to support brands' sustainable packaging strategies with its food grade PCR-PP and PCR-HDPE.

Application: Packaging

KRAIBURG TPE THERMOLAST® R RC/PCR/AP series is a material solution with a postconsumer recycled content of 25 - 48% (hardness-dependent) for industry applications in the Asia Pacific market. The compounds are available in black colors.• Hardness range 50 to 90 Sh A• Adhesion to PP or for single component parts• Post-consumer recycled content from 25-48%• Good mechanical properties and flowability • Non-sticky surface • RoHS • Reliable quality and availability • Sustainable materialTypical applications include grips, function al & design elements, grommets, connectors, handles, cable clips, electric & electronic components.

KRAIBURG TPE THERMOLAST® R RC/PCR/AP series is a material solution with a postconsumer recycled content of 25 - 48% (hardness-dependent) for industry applications in the Asia Pacific market. The compounds are available in black colors.
• Hardness range 50 to 90 Sh A
• Adhesion to PP or for single component parts
• Post-consumer recycled content from 25-48%
• Good mechanical properties and flowability
• Non-sticky surface
• RoHS
• Reliable quality and availability
• Sustainable material
Typical applications include grips, function al & design elements, grommets, connectors, handles, cable clips, electric & electronic components.

Application: E&E, IT & Telecommunication

Wote’s PPA material has a full set of water treatment certification, which is suitable for the application of the entire hydraulic industry. It provides localization of the whole value chain, localized supply and technical services. It also has excellent mechanical properties, long-term hydrolysis resistance, and high performance maintenance under long-term contact with water.

Wote’s PPA material has a full set of water treatment certification, which is suitable for the application of the entire hydraulic industry. It provides localization of the whole value chain, localized supply and technical services. It also has excellent mechanical properties, long-term hydrolysis resistance, and high performance maintenance under long-term contact with water.

Application: Daily Chemicals

EVERCYCLE is SI Group’s new platform of additive solutions with specific focus to increase the sustainability of plastic and to accelerate the transition to a circular economy. The EVERCYCLE portfolio today contains 5 innovative solutions to increase recycled content, avoid downcycling and improve recycled resin quality in both PET and PO applications. In PET EVERCYCLE provides sustainable solutions against yellowing and loss of transparency. In PO EVERCYCLE can improve mechanical performance through improved stabilization and reduced gel levels.

EVERCYCLE is SI Group’s new platform of additive solutions with specific focus to increase the sustainability of plastic and to accelerate the transition to a circular economy. The EVERCYCLE portfolio today contains 5 innovative solutions to increase recycled content, avoid downcycling and improve recycled resin quality in both PET and PO applications. In PET EVERCYCLE provides sustainable solutions against yellowing and loss of transparency. In PO EVERCYCLE can improve mechanical performance through improved stabilization and reduced gel levels.

Application: Packaging Daily Chemicals

Microlen® Blue 7460 ECO is a low metal-blue pigment preparation for biodegradables plastics, such as PLA and PHA’, certified by EN 13432(EU) & ASTM D-6400:2019 (USA). Excellent dispersion via unique Microlen® technology, which provides superior quality and appearance for film and extrusion plastics products. Microlen® Blue 7460 ECO fills the gap between phthalocyanine blue and green pigments that can only be used in limited quantities (max 0.045%) due to presence of copper, with Microlen® Blue 7460 ECO, the use levels in the final formulation can expand to 2%.

Microlen® Blue 7460 ECO is a low metal-blue pigment preparation for biodegradables plastics, such as PLA and PHA’, certified by EN 13432(EU) & ASTM D-6400:2019 (USA). Excellent dispersion via unique Microlen® technology, which provides superior quality and appearance for film and extrusion plastics products. Microlen® Blue 7460 ECO fills the gap between phthalocyanine blue and green pigments that can only be used in limited quantities (max 0.045%) due to presence of copper, with Microlen® Blue 7460 ECO, the use levels in the final formulation can expand to 2%.

Application: Packaging

Arburg’s anniversary machine Allrounder 470 H Comfort will produce adapters for the medical market using PC (polycarbonate), in a three-platen mould with 2+2 cavities. The cycle time is 25 seconds. The moulded parts are removed by the Flexlift 10+2 double-arm robot with a payload of ten kilograms and another two kilograms for its second arm. The entire turnkey system that also has an integrated camera test and a sample part drawer for quality assurance purposes, was built and commissioned in the Arburg Technology Factory Pinghu. The gripper component of the Flexlift was also manufactured there on a Freeformer 300-3x.

Arburg’s anniversary machine Allrounder 470 H Comfort will produce adapters for the medical market using PC (polycarbonate), in a three-platen mould with 2+2 cavities. The cycle time is 25 seconds. The moulded parts are removed by the Flexlift 10+2 double-arm robot with a payload of ten kilograms and another two kilograms for its second arm. The entire turnkey system that also has an integrated camera test and a sample part drawer for quality assurance purposes, was built and commissioned in the Arburg Technology Factory Pinghu. The gripper component of the Flexlift was also manufactured there on a Freeformer 300-3x.

Application: Automotive New Energy Medical Packaging

The UN230CE-BTP all-electric injection molding +LSR multi-component injection molding machine is equipped with special mold for collapsible two-color silicone lunch box. It uses an electrical liquid silicone feeder and WACKER food-grade silicone to break through the industrial barrier and achieve the integrated molding of thermoplastic injection molding + thermosetting liquid silicone. It allows the molding of two-color plastic liquid silicone with complex structures, reduces assembly costs, improves production efficiency and product physical properties, and solves various pain points of the industry in the injection molding. The machine is an effective solution in the production of automotive connectors, seals, wiring structural parts, precision electronic seals in 3C industry, high-end household supplies, and medical supplies.

The UN230CE-BTP all-electric injection molding +LSR multi-component injection molding machine is equipped with special mold for collapsible two-color silicone lunch box. It uses an electrical liquid silicone feeder and WACKER food-grade silicone to break through the industrial barrier and achieve the integrated molding of thermoplastic injection molding + thermosetting liquid silicone. It allows the molding of two-color plastic liquid silicone with complex structures, reduces assembly costs, improves production efficiency and product physical properties, and solves various pain points of the industry in the injection molding. The machine is an effective solution in the production of automotive connectors, seals, wiring structural parts, precision electronic seals in 3C industry, high-end household supplies, and medical supplies.

Application: E&E, IT & Telecommunication Automotive New Energy Medical

Built for the highly efficient production large moulded parts such as large-scale sophisticated automotive parts, ENGEL duo machines deliver power from a relatively small footprint.The tried-and-trusted dual platen compact clamping unit ensures a compact design. • Ultra-short cycle times thanks to two diagonally acting high speed cylinders with fast synchronous locking and minimal pressure build-up time.• Space-saving production: minimal footprint thanks to reliable dual platen compact design.• Excellent operating safety and part quality thanks to stable platen control, precision parallelism and sensitive mould protection• Energy savings: reduced power consumption and a clean mould area thanks to low-friction platen guidance on moving carriages (no tie-bar guides). The high energy efficiency of the machine is enhanced by intelligent ENGEL ecodrive servo hydraulics.

Built for the highly efficient production large moulded parts such as large-scale sophisticated automotive parts, ENGEL duo machines deliver power from a relatively small footprint.
The tried-and-trusted dual platen compact clamping unit ensures a compact design.

• Ultra-short cycle times thanks to two diagonally acting high speed cylinders with fast synchronous locking and minimal pressure build-up time.
• Space-saving production: minimal footprint thanks to reliable dual platen compact design.
• Excellent operating safety and part quality thanks to stable platen control, precision parallelism and sensitive mould protection
• Energy savings: reduced power consumption and a clean mould area thanks to low-friction platen guidance on moving carriages (no tie-bar guides). The high energy efficiency of the machine is enhanced by intelligent ENGEL ecodrive servo hydraulics.

Application: Aerospace, Aviation, Railway Transport Automotive Food & Beverage Medical E&E, IT & Telecommunication New Energy Packaging Optoelectronics

The MK6 PRO is the new “professional” member of the MK6 series, which was originally created by Chen Hsong and Japanese engineers through combining half a century of applications experience with top-of-the-line advanced technology and controls expertise. The MK6 PRO inherits its high reliability and non-compromising performance from the MK6 legacy, but also adds a brand-new, next-generation, high-end computing control platform, meticulously fine-tuned mechanics and hydraulics, and state-of-the-art control algorithms. It seeks to be even better, again, in every way.

The MK6 PRO is the new “professional” member of the MK6 series, which was originally created by Chen Hsong and Japanese engineers through combining half a century of applications experience with top-of-the-line advanced technology and controls expertise. The MK6 PRO inherits its high reliability and non-compromising performance from the MK6 legacy, but also adds a brand-new, next-generation, high-end computing control platform, meticulously fine-tuned mechanics and hydraulics, and state-of-the-art control algorithms. It seeks to be even better, again, in every way.

Application: Automotive Food & Beverage Medical E&E, IT & Telecommunication New Energy Packaging Optoelectronics

Borche’s new generation electric machine BD series is featured with direct drive technology. It is an achievement of Borche 20 years’ research and development on electric injection molding machine. BD series integrates the advantages of independent intellectual property rights, direct-drive structure, smart control of injection molding, process optimization by big data. It is widely applied in many industries such as medical health, new energy vehicles, intelligent home appliances, 3C products, etc.

Borche’s new generation electric machine BD series is featured with direct drive technology. It is an achievement of Borche 20 years’ research and development on electric injection molding machine. BD series integrates the advantages of independent intellectual property rights, direct-drive structure, smart control of injection molding, process optimization by big data. It is widely applied in many industries such as medical health, new energy vehicles, intelligent home appliances, 3C products, etc.

Application: Automotive E&E, IT & Telecommunication New Energy Packaging

MA6500 Ⅲ/h (200 mm/s) barrel-making machine is a member of the high-speed injection molding machine series, mainly aimed at improving the efficiency of 20-25L oil barrels, paint barrels, water barrels, and other products on the market. This model deeply optimizes the performance and configuration of the application through research on the raw materials, molds, and process characteristics of barrels to improve the quality and efficiency of the product. Currently, the cycle time of the exhibition machine has reached 13.9s, and the actual performance at the customer is around 18-22s. Compared to the cycle time of peer equipment on the market that it is generally around 26-28s, with an efficiency increase of 30% - 50%. At the same time, the modular design has been applied inside Haitian’s factory, shortening the delivery cycle of the barrel-making machine from 6 weeks to 3 weeks.

MA6500 Ⅲ/h (200 mm/s) barrel-making machine is a member of the high-speed injection molding machine series, mainly aimed at improving the efficiency of 20-25L oil barrels, paint barrels, water barrels, and other products on the market. This model deeply optimizes the performance and configuration of the application through research on the raw materials, molds, and process characteristics of barrels to improve the quality and efficiency of the product. Currently, the cycle time of the exhibition machine has reached 13.9s, and the actual performance at the customer is around 18-22s. Compared to the cycle time of peer equipment on the market that it is generally around 26-28s, with an efficiency increase of 30% - 50%. At the same time, the modular design has been applied inside Haitian’s factory, shortening the delivery cycle of the barrel-making machine from 6 weeks to 3 weeks.

Application: Daily Chemicals

Donghua Machinery (“Welltec” brand for overseas market) has been developing all-electric injection molding machine since 2000. D series all-electric will be displayed this time, and the turnkey solutions for the medical packaging industry will also be shown at the exhibition site. D series all-electric injection molding machine is developed with 20 years of experience in the design of all-electric IMM by Donghua Machinery (“Welltec” brand for overseas market) . This series of all-electric IMM adopts the integrated design of servo motor, server and control system, and with perfect collaborative control to make the whole machine more responsive and higher precision. High precision production can be reached by injection, plasticizing, mold opening and closing, and ejection, which is suitable for full automatic production of precision products.

Donghua Machinery (“Welltec” brand for overseas market) has been developing all-electric injection molding machine since 2000. D series all-electric will be displayed this time, and the turnkey solutions for the medical packaging industry will also be shown at the exhibition site. D series all-electric injection molding machine is developed with 20 years of experience in the design of all-electric IMM by Donghua Machinery (“Welltec” brand for overseas market) . This series of all-electric IMM adopts the integrated design of servo motor, server and control system, and with perfect collaborative control to make the whole machine more responsive and higher precision. High precision production can be reached by injection, plasticizing, mold opening and closing, and ejection, which is suitable for full automatic production of precision products.

Application: Automotive Medical E&E, IT & Telecommunication Packaging

As an important part of automobile safety module, automobile headlight is related to driving safety, and it is also the most difficult and demanding part of automobile plastic parts. The OptiSure™ multi-layer thick-wall lens injection molding technology uses layered injection molding and external cooling to ensure high quality optical lens production while increasing production efficiency by 30%. NEO·H500b rotary core multi-layer injection molding machine has won two Zhejiang Provincial Scientific Progress award and other awards, can provide high-end multi-color multi-material molding solutions for automotive industry customers.

As an important part of automobile safety module, automobile headlight is related to driving safety, and it is also the most difficult and demanding part of automobile plastic parts. The OptiSure™ multi-layer thick-wall lens injection molding technology uses layered injection molding and external cooling to ensure high quality optical lens production while increasing production efficiency by 30%. NEO·H500b rotary core multi-layer injection molding machine has won two Zhejiang Provincial Scientific Progress award and other awards, can provide high-end multi-color multi-material molding solutions for automotive industry customers.

Application: Aerospace, Aviation, Railway Transport Automotive

The four injection units are arranged in rectangular on four corners like X shape, parallel up and down on the fixed mold side. The concentrated structure and flexible layout meet the injection molding requirements of diverse products. Each injection unit is equipped with high precision closed-loop control technology, which improve repetition precision and product quality. The injection units to use can be flexibly selected according to mold requirements. Two-component, three-component, and four-component products can be efficiently produced without moving or changing the injection units. Large diameter rotary table with special design of bearing units can load mold up to 25 tons. The high accurate servo rotary table can be rotated for multiple angles and tasks. Additionally, it features precise positioning and high-speed operation. Proportional valve control for mold clamping and ejection, core-puller simultaneous function, can meet the precise opening and closing mode control and fast cycle requirements. High strength separated sliding foot structure design, improve the bearing capacity and stability of the movable platen. A two-platen clamping unit with a pulling tie-bar function for changing mold easy, and small area occupation favorable for factories to allocate space.

The four injection units are arranged in rectangular on four corners like X shape, parallel up and down on the fixed mold side. The concentrated structure and flexible layout meet the injection molding requirements of diverse products.
Each injection unit is equipped with high precision closed-loop control technology, which improve repetition precision and product quality.
The injection units to use can be flexibly selected according to mold requirements. Two-component, three-component, and four-component products can be efficiently produced without moving or changing the injection units.
Large diameter rotary table with special design of bearing units can load mold up to 25 tons.
The high accurate servo rotary table can be rotated for multiple angles and tasks. Additionally, it features precise positioning and high-speed operation.
Proportional valve control for mold clamping and ejection, core-puller simultaneous function, can meet the precise opening and closing mode control and fast cycle requirements.
High strength separated sliding foot structure design, improve the bearing capacity and stability of the movable platen.
A two-platen clamping unit with a pulling tie-bar function for changing mold easy, and small area occupation favorable for factories to allocate space.

Application: Automotive

MARCHANTE’s Biaxial Stretching Lines provide a highly efficient and sustainable solution for producing technical films in the battery, energy, and electronic industries. With the cutting-edge MASIM technology (simultaneous stretching patented by MARCHANTE), MARCHANTE ensures an accurate homogeneity of the film on all its surfaces, for a reliable and safe product in its final application. MARCHNTE's technologies also ensure a higher yield of high-quality separator film and reduce the overall amount of material waste to only 10% per side. Their latest stretching technologies increase production capacity by up to 40% compared to traditional lines, thus reducing labor costs per square meter. This allows producing larger volumes of high-quality technical films, making MARCHANTE's stretching lines a cost-effective option. In summary, MARCHANTE's Biaxial Stretching Lines offer a sustainable and efficient solution for businesses seeking to produce technical films for battery, energy, and electronic applications.

MARCHANTE’s Biaxial Stretching Lines provide a highly efficient and sustainable solution for producing technical films in the battery, energy, and electronic industries. With the cutting-edge MASIM technology (simultaneous stretching patented by MARCHANTE), MARCHANTE ensures an accurate homogeneity of the film on all its surfaces, for a reliable and safe product in its final application.
MARCHNTE's technologies also ensure a higher yield of high-quality separator film and reduce the overall amount of material waste to only 10% per side.
Their latest stretching technologies increase production capacity by up to 40% compared to traditional lines, thus reducing labor costs per square meter. This allows producing larger volumes of high-quality technical films, making MARCHANTE's stretching lines a cost-effective option.
In summary, MARCHANTE's Biaxial Stretching Lines offer a sustainable and efficient solution for businesses seeking to produce technical films for battery, energy, and electronic applications.

Application: Automotive New Energy Packaging

HK73 MT sets a new standard for the fourth generation of twin-screw extruder in China, and the improvement of specific torque brings the improvement of single production capacity and product quality; The spare parts of the processing section are universal with HK and SK models, and the wear resistance and corrosion resistance process can be tailored with 4D/6D design; A series of technical innovations such as high energy efficiency grade driving motor and intelligent interconnection and pre-maintenance k-cloud intelligent control system can be optional, bringing users the ultimate experience of high return on investment and greatly improved product performance.

HK73 MT sets a new standard for the fourth generation of twin-screw extruder in China, and the improvement of specific torque brings the improvement of single production capacity and product quality; The spare parts of the processing section are universal with HK and SK models, and the wear resistance and corrosion resistance process can be tailored with 4D/6D design; A series of technical innovations such as high energy efficiency grade driving motor and intelligent interconnection and pre-maintenance k-cloud intelligent control system can be optional, bringing users the ultimate experience of high return on investment and greatly improved product performance.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy Medical

The battenfeld-cincinnati starEX 120-40-C single screw extruder is idea for PET sheet extrusion. With a highly efficient planetary degassing part, for mainly PET (also PP, PS, ABS, & PLA). No pre-drying for PET necessary, and output up to 1.4 t/h. BCC’s expertise, Inline-and Offline-Concepts (Mono and CoEx), is proven HighSpeed and STARExtruder technology, make customers benefit in less resource consumption, reduced need for energy, space and material, high rate for recycle processing. To make customers successful and long-term profitable growth.

The battenfeld-cincinnati starEX 120-40-C single screw extruder is idea for PET sheet extrusion. With a highly efficient planetary degassing part, for mainly PET (also PP, PS, ABS, & PLA). No pre-drying for PET necessary, and output up to 1.4 t/h. BCC’s expertise, Inline-and Offline-Concepts (Mono and CoEx), is proven HighSpeed and STARExtruder technology, make customers benefit in less resource consumption, reduced need for energy, space and material, high rate for recycle processing. To make customers successful and long-term profitable growth.

Application: Packaging

Fully Automatic Pipe Coiler is suitable for automatic winding of PE/PERT/PA plastic pipes with outer diameter of 8-32mm, its maximum winding speed is 80m/min. Winding displacement, cutting, dual-station switching, bundling, online weighing, and unloading are all automatically completed by servo independent control, without human intervention. While reducing labor intensity, it improves production efficiency, reduces labor costs, and empowers automated workshops.

Fully Automatic Pipe Coiler is suitable for automatic winding of PE/PERT/PA plastic pipes with outer diameter of 8-32mm, its maximum winding speed is 80m/min. Winding displacement, cutting, dual-station switching, bundling, online weighing, and unloading are all automatically completed by servo independent control, without human intervention. While reducing labor intensity, it improves production efficiency, reduces labor costs, and empowers automated workshops.

Application: Building Materials

The EPS to EPS circular recycling system consists of fully automatic loss-in-weight feeding system, twin-screw extruder, cooling single-screw extruder, screen changer, melt pump, underwater pelletizing, coating and fully automatic packaging system. EPS waste crushed by cold pressing or EPS grinding powder after hot melt grinding can be fed into the twin-screw extruder through the automatic feeding system. The material entering the extruder becomes molten by absorbing the heat from the barrel and the mechanical energy generated by the twin-screw shear. At this time, the pentane blowing agent is injected in the middle of the twin-screw, and the molten material mixed with the blowing agent enters the cooling single-screw after being fully mixed by the twin-screw. After the molten material in the cooling single screw is cooled to a suitable temperature, it passes through the screen changer to filter out the impurities that may be contained in the EPS waste, and then enters the melt pump. The melt pump will provide stable pressure and flow for the next underwater pelletizing. After the material enters the underwater cutting system, it quickly condenses and wraps the pentane blowing agent inside, and then the particles containing the pentane blowing agent enter the dehydration system, and then pass through the vibrating screen to screen out particles of different sizes, and the finished particles will be sent by air. The system is sent to the coating system to apply fluorine coating agent, and the coated beads are sent to the automatic packaging system through the air conveying system for packaging. The system recycles EPS waste and makes EPS expandable beads, which share the same purpose as the original EPS beads for a circular economy.

The EPS to EPS circular recycling system consists of fully automatic loss-in-weight feeding system, twin-screw extruder, cooling single-screw extruder, screen changer, melt pump, underwater pelletizing, coating and fully automatic packaging system. EPS waste crushed by cold pressing or EPS grinding powder after hot melt grinding can be fed into the twin-screw extruder through the automatic feeding system. The material entering the extruder becomes molten by absorbing the heat from the barrel and the mechanical energy generated by the twin-screw shear. At this time, the pentane blowing agent is injected in the middle of the twin-screw, and the molten material mixed with the blowing agent enters the cooling single-screw after being fully mixed by the twin-screw. After the molten material in the cooling single screw is cooled to a suitable temperature, it passes through the screen changer to filter out the impurities that may be contained in the EPS waste, and then enters the melt pump. The melt pump will provide stable pressure and flow for the next underwater pelletizing. After the material enters the underwater cutting system, it quickly condenses and wraps the pentane blowing agent inside, and then the particles containing the pentane blowing agent enter the dehydration system, and then pass through the vibrating screen to screen out particles of different sizes, and the finished particles will be sent by air. The system is sent to the coating system to apply fluorine coating agent, and the coated beads are sent to the automatic packaging system through the air conveying system for packaging. The system recycles EPS waste and makes EPS expandable beads, which share the same purpose as the original EPS beads for a circular economy.

Application: Building Materials Packaging

The brand new SPEEDFORMER KMD 90 Smart it’s a world premiere, available for sales in China and many other countries.It is engineered for the efficient production of food and non-food polymer-based packaging e.g. trays and containers, made from PET, PP, PLA, PS, PE or recycled polymers. The machine is 100% made by Kiefel and combines proven German technology with Chinese local manufacturing benefits. The high degree of automation and the time saving tool change system are as much part of the proven machine concept as the steel rule cutting and the integrated stacking station. Additionally, the highly productive machine comes with a forming area of 870 x 920 mm, a tool dimension area of 890 x 940 mm and can produce formed parts with a height of up to 160 mm. The machine is efficient and sustainable, e.g. through the film temperature measurement with closed-loop control or drives with energy recovery system.Live on demonstration at the Kiefel booth 10Q21 in Hall 10.

The brand new SPEEDFORMER KMD 90 Smart it’s a world premiere, available for sales in China and many other countries.
It is engineered for the efficient production of food and non-food polymer-based packaging e.g. trays and containers, made from PET, PP, PLA, PS, PE or recycled polymers. The machine is 100% made by Kiefel and combines proven German technology with Chinese local manufacturing benefits.
The high degree of automation and the time saving tool change system are as much part of the proven machine concept as the steel rule cutting and the integrated stacking station. Additionally, the highly productive machine comes with a forming area of 870 x 920 mm, a tool dimension area of 890 x 940 mm and can produce formed parts with a height of up to 160 mm. The machine is efficient and sustainable, e.g. through the film temperature measurement with closed-loop control or drives with energy recovery system.
Live on demonstration at the Kiefel booth 10Q21 in Hall 10.

Application: Packaging

Product details: 1. Higher productivity 2. Higher energy Savings 3. Product with better mechanical properties 4. Constant weight and size of the product 5. Fast and easy maintenance 6. Fast, economical color changeover The main problems can be settled during production like follows: - Accurate control of pellet insertion - Easy dose insertion control - Easily detected wear - Problems can be predicted Application fields: Compression molding machine enable green, energy-saving and sustainable development in beverage & packaging industry.

Product details:
1. Higher productivity
2. Higher energy Savings
3. Product with better mechanical properties
4. Constant weight and size of the product
5. Fast and easy maintenance
6. Fast, economical color changeover

The main problems can be settled during production like follows:
- Accurate control of pellet insertion
- Easy dose insertion control
- Easily detected wear
- Problems can be predicted

Application fields:
Compression molding machine enable green, energy-saving and sustainable development in beverage & packaging industry.

Application: Food & Beverage Packaging

AL-500LL-50S which is the latest AL series model developed by Aoki. AL series has achieved innovative molding cycle time efficiency, and the product has been upgraded on the basis of the original widely used machine SBIII-250LL-50S. AL series can meet the diversified demands of the market in the near future, and a more suitable plasticizing device is combined to meet the needs of the products. It is characterized by high added value: high speed mold release, high plasticization, flexibility. 【High Speed Mold Release】 Is a forming method in Which Directional Blow Molding Theory And Bottle Preform Thickness Determine The Molding Cycle Time, Which Can Shorten The Injection Molding And Cooling Time As Much As Possible And Increase The Production By Leaps And Bounds. 【High Plasticization】 Is molded at low temperature to achieve high plasticizability, reduce the resin temperature when molding bottle preform, shorten the cooling time of injection molding, and achieve a better state of molten resin in the state of low speed rotation by improving melting and mixing properties. It is helpful to improve the formability of many kinds of molding materials. 【Flexibility】 Standard can be equipped with screw diameter φ 72 ""(injection capacity is 661.6cm ³/ shot) or diameter φ 78"" (injection capacity is 776.5cm ³/ shot) large capacity screw, even small specific gravity pp, hdpe and ultra-thick-walled containers can limit the number of mold cavities without the limit of injection capacity. It is obvious especially in the industries such as sports water bottles made of tritan/pp and the ultra-thick-walled cosmetic containers with glass texture such as petg/pcta/pctg.

AL-500LL-50S which is the latest AL series model developed by Aoki. AL series has achieved innovative molding cycle time efficiency, and the product has been upgraded on the basis of the original widely used machine SBIII-250LL-50S. AL series can meet the diversified demands of the market in the near future, and a more suitable plasticizing device is combined to meet the needs of the products. It is characterized by high added value: high speed mold release, high plasticization, flexibility.
【High Speed Mold Release】
Is a forming method in Which Directional Blow Molding Theory And Bottle Preform Thickness Determine The Molding Cycle Time, Which Can Shorten The Injection Molding And Cooling Time As Much As Possible And Increase The Production By Leaps And Bounds.
【High Plasticization】
Is molded at low temperature to achieve high plasticizability, reduce the resin temperature when molding bottle preform, shorten the cooling time of injection molding, and achieve a better state of molten resin in the state of low speed rotation by improving melting and mixing properties. It is helpful to improve the formability of many kinds of molding materials.
【Flexibility】
Standard can be equipped with screw diameter φ 72 ""(injection capacity is 661.6cm ³/ shot) or diameter φ 78"" (injection capacity is 776.5cm ³/ shot) large capacity screw, even small specific gravity pp, hdpe and ultra-thick-walled containers can limit the number of mold cavities without the limit of injection capacity. It is obvious especially in the industries such as sports water bottles made of tritan/pp and the ultra-thick-walled cosmetic containers with glass texture such as petg/pcta/pctg.

Application: Daily Chemicals Packaging Food & Beverage

Based on the third generation of recycling technologies for bottle-to-fibre, bottle-to-sheet, bottle-to-bottle and tray-to-tray applications, the fourth generation of VACUREMA® enables lower material handling temperatures through innovative EcoGentle® technology and better material melting and mixing performance through a combination of extrusion ratio changes, targeted use of shear flow and elongation flow. These innovations have resulted in a significant reduction in the energy required for production: as low as 0.22 kWh/kg on a VACUREMA®Basic 2628, as well as an increase in the quality of the recycled output through gentler material handling and a wider process window. In addition, the fourth generation of the process solution is backed up by new patented technology that allows, for example, a further step forward in capacity up to 6000 kg/h.

Based on the third generation of recycling technologies for bottle-to-fibre, bottle-to-sheet, bottle-to-bottle and tray-to-tray applications, the fourth generation of VACUREMA® enables lower material handling temperatures through innovative EcoGentle® technology and better material melting and mixing performance through a combination of extrusion ratio changes, targeted use of shear flow and elongation flow. These innovations have resulted in a significant reduction in the energy required for production: as low as 0.22 kWh/kg on a VACUREMA®Basic 2628, as well as an increase in the quality of the recycled output through gentler material handling and a wider process window. In addition, the fourth generation of the process solution is backed up by new patented technology that allows, for example, a further step forward in capacity up to 6000 kg/h.

Application: Food & Beverage Packaging

The new AD*STAR pp woven block bottom sack contains 22% recycled content and 20% CaCO3. It is produced on Starlinger’s new conversion line ad*starKON SXneo which reaches a line speed of 140 bags per minute. Starlinger uses recycled material in woven plastic packaging, which is manufactured in a complex process, without having to accept a loss of quality.In addition, Starlinger’s new, patented gripTEC technology increases the coefficient of friction of all kinds of flexible plastic packaging and films. The anti-slip effect is achieved by welding plastic particles directly onto the surface of the packaging or film. This significantly reduces slipping of stacked bags and lowers the risk of personal injury from falling bags. What's more, it saves tonnes of bulk material and packaging wasted due to sack breakage, and eliminates the additional CO2 generated during replacement production of lost content and new packaging – another contribution to sustainability.

The new AD*STAR pp woven block bottom sack contains 22% recycled content and 20% CaCO3. It is produced on Starlinger’s new conversion line ad*starKON SXneo which reaches a line speed of 140 bags per minute. Starlinger uses recycled material in woven plastic packaging, which is manufactured in a complex process, without having to accept a loss of quality.
In addition, Starlinger’s new, patented gripTEC technology increases the coefficient of friction of all kinds of flexible plastic packaging and films. The anti-slip effect is achieved by welding plastic particles directly onto the surface of the packaging or film. This significantly reduces slipping of stacked bags and lowers the risk of personal injury from falling bags. What's more, it saves tonnes of bulk material and packaging wasted due to sack breakage, and eliminates the additional CO2 generated during replacement production of lost content and new packaging – another contribution to sustainability.

Application: Packaging

Dekuma's RC40Se corner jointing rubber injection machine is a new model specifically optimized for the sealing strips of automotive doors and windows. It has the following advantages:1. The highest injection repeatability accuracy can reach 0.02 gramsThe injection system of this machine has been polished by the company's professional team for many years and is equipped with a fully imported servo control system. The highest injection repeatability accuracy can reach 0.02 grams. It adopts an integral machine body structure, and its reliability and stability are close to European equipment standards.2. Continuous feeding and adapts to various rubber materialsDekuma's uniquely designed feeding system scientifically solves the problem of material breakage and is adaptable to more rubber materials.3. Over 3,000 units sold in 18 yearsThe old models in the same series have undergone repeated testing by global industry benchmark customers over 18 years, and have been highly recognized by them. The products are exported to Europe, America, South Korea, and other regions.

Dekuma's RC40Se corner jointing rubber injection machine is a new model specifically optimized for the sealing strips of automotive doors and windows. It has the following advantages:
1. The highest injection repeatability accuracy can reach 0.02 grams
The injection system of this machine has been polished by the company's professional team for many years and is equipped with a fully imported servo control system. The highest injection repeatability accuracy can reach 0.02 grams. It adopts an integral machine body structure, and its reliability and stability are close to European equipment standards.
2. Continuous feeding and adapts to various rubber materials
Dekuma's uniquely designed feeding system scientifically solves the problem of material breakage and is adaptable to more rubber materials.
3. Over 3,000 units sold in 18 years
The old models in the same series have undergone repeated testing by global industry benchmark customers over 18 years, and have been highly recognized by them. The products are exported to Europe, America, South Korea, and other regions.

Application: Automotive

TungYu servo press equipment adopts a concise design with a hollow servo motor and direct-driven ball screw to control the up and down stroke and processing force of the press, achieving efficient and high-precision forming and processing. The advantages of servo presses include:1.High precision: Using servo drive technology, it can achieve small adjustments to ensure product accuracy and consistency.2.High efficiency: Using a servo motor to control the stroke speed makes the operation faster and the processing efficiency higher.3.Energy-saving and environmentally friendly: The direct drive of the hollow servo motor to the ball screw has a more significant energy-saving effect than traditional presses, helping to reduce energy consumption and achieve the green and sustainable development of the production process.4.Flexible operation: The equipment has various operation modes, including manual, semi-automatic, and fully automatic modes, to adapt to different production needs.5.Safe and reliable: The equipment is equipped with multiple safety protection measures to ensure user safety.Servo presses are widely used in the manufacture of various precision parts in industries such as electronics, automobiles, and aviation, and are one of the essential processing equipment in modern industry.

TungYu servo press equipment adopts a concise design with a hollow servo motor and direct-driven ball screw to control the up and down stroke and processing force of the press, achieving efficient and high-precision forming and processing. The advantages of servo presses include:
1.High precision: Using servo drive technology, it can achieve small adjustments to ensure product accuracy and consistency.
2.High efficiency: Using a servo motor to control the stroke speed makes the operation faster and the processing efficiency higher.
3.Energy-saving and environmentally friendly: The direct drive of the hollow servo motor to the ball screw has a more significant energy-saving effect than traditional presses, helping to reduce energy consumption and achieve the green and sustainable development of the production process.
4.Flexible operation: The equipment has various operation modes, including manual, semi-automatic, and fully automatic modes, to adapt to different production needs.
5.Safe and reliable: The equipment is equipped with multiple safety protection measures to ensure user safety.
Servo presses are widely used in the manufacture of various precision parts in industries such as electronics, automobiles, and aviation, and are one of the essential processing equipment in modern industry.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy

The FLEXLIFT linear robots, which were specially developed, designed and tuned for the Asian market, are available in six different sizes as single and double arm versions. The load capacities are five, ten and 15 kilograms. The FLEXLIFTs can be used on Allrounders of sizes 320, 370, 420, 470, 520 and 570. The dynamics of the vertical axes allow comparatively short intervention times. The robotic systems are made universal by a large number of variants, special designs and practical configuration options, as well as by their cleanroom suitability. They work together with the Gestica controls of the machines and can be easily and conveniently integrated into the automated processes via OPC UA interfaces.

The FLEXLIFT linear robots, which were specially developed, designed and tuned for the Asian market, are available in six different sizes as single and double arm versions. The load capacities are five, ten and 15 kilograms. The FLEXLIFTs can be used on Allrounders of sizes 320, 370, 420, 470, 520 and 570. The dynamics of the vertical axes allow comparatively short intervention times. The robotic systems are made universal by a large number of variants, special designs and practical configuration options, as well as by their cleanroom suitability. They work together with the Gestica controls of the machines and can be easily and conveniently integrated into the automated processes via OPC UA interfaces.

Application: Robot system Taking material from the injection molding machine

The new sDRY MM/MD is the latest dryer launched by swift, featuring independent maintenance, flexible use and intelligent operation. The product has the following advantages: Modularity: Modular design makes the product not limited by the site and can be freely combined to meet different requirements. Each module has an independent CPU control. If one module fails, it can be detached automatically without affecting the normal operation of the whole system, which provides our customers with maximum flexibility and no interruption to production. Digitization & IoT capable: The sDRY MM/MD is equipped with regeneration water cooler and frequency converter as standard, optional with dew point control, timing regeneration and dual zone control functions. The dryer has real time status display, which allows operators to monitor operation parameters, historical data and alarm information through user-friendly graphics interface. Energy efficiency: The sDRY MM/MD uses more efficient IE3 fan, the low-resistance air path design can greatly reduce energy consumption. In addition, the dryer can also achieve heat recovery and offer large energy savings.

The new sDRY MM/MD is the latest dryer launched by swift, featuring independent maintenance, flexible use and intelligent operation. The product has the following advantages:
Modularity: Modular design makes the product not limited by the site and can be freely combined to meet different requirements. Each module has an independent CPU control. If one module fails, it can be detached automatically without affecting the normal operation of the whole system, which provides our customers with maximum flexibility and no interruption to production.
Digitization & IoT capable: The sDRY MM/MD is equipped with regeneration water cooler and frequency converter as standard, optional with dew point control, timing regeneration and dual zone control functions. The dryer has real time status display, which allows operators to monitor operation parameters, historical data and alarm information through user-friendly graphics interface.
Energy efficiency: The sDRY MM/MD uses more efficient IE3 fan, the low-resistance air path design can greatly reduce energy consumption. In addition, the dryer can also achieve heat recovery and offer large energy savings.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive Building Materials Packaging Daily Chemicals Food & Beverage Optoelectronics Medical

Innovative production of Two layer or Three layer parts with completely separated layer. It is optimized to increase the production of core molding. Depending on the characteristics of the Core Resin use, clients can have a variety of effects on their products. At first, skin layer injection starts. When resin fills skin layer up to a certain point, resin for core layer injects into center of skin layer, and then layers form multi layers.

Innovative production of Two layer or Three layer parts with completely separated layer. It is optimized to increase the production of core molding. Depending on the characteristics of the Core Resin use, clients can have a variety of effects on their products. At first, skin layer injection starts. When resin fills skin layer up to a certain point, resin for core layer injects into center of skin layer, and then layers form multi layers.

Application: Daily Chemicals Food & Beverage Medical New Energy Packaging

Barnes will exhibit on CHINAPLAS，together with its 6 subsidiaries (Synventive，männer，THEYMOPLAY，FOBOHA，PRIAMUS and Gammaflux). Barnes' moldMIND, the "digital cockpit" of the injection mold, is a recording system that documents relevant process data and events of an injection mold in real-time throughout the entire life cycle of the mold. The intelligent monitoring system detects problems quickly to minimize downtime. The data can be accessed directly on the device or in the Barnes Connectia Cloud.

Barnes will exhibit on CHINAPLAS，together with its 6 subsidiaries (Synventive，männer，THEYMOPLAY，FOBOHA，PRIAMUS and Gammaflux).
Barnes' moldMIND, the "digital cockpit" of the injection mold, is a recording system that documents relevant process data and events of an injection mold in real-time throughout the entire life cycle of the mold. The intelligent monitoring system detects problems quickly to minimize downtime. The data can be accessed directly on the device or in the Barnes Connectia Cloud.

Application: Packaging Medical

Kaihua introduces high-tech, innovative molds and process technologies to provide guarantees for low-cost and high-efficiency parts manufacturing. From preliminary research, to engineering design, to interactive design, through structural case analysis, lightweight technical reserves, ergonomics research and development, and the practice of replacing steel with plastic, the structural design and appearance design are perfectly unified. The innovative application of micro-foaming injection molding technology in door panels, tailgates, dashboard frames and other products can effectively shorten the molding cycle, prevent product surface shrinkage, and reduce product weight efficiently. Through the research and development of multi-color high-gloss injection molding technology, that is, two-color, three-color injection molding, and high-gloss two-color injection molding, it can effectively reduce costs and improve product appearance in terms of ventilation panels, engine room trim panels, and car lamp trim panels. In order to better improve production efficiency, Kaihua innovates and develops injection compression molding technology, which greatly improves the precision and dimensional stability of product surface details in terms of optical lens injection glass, and provides better protection for products with high transparency requirements.

Kaihua introduces high-tech, innovative molds and process technologies to provide guarantees for low-cost and high-efficiency parts manufacturing. From preliminary research, to engineering design, to interactive design, through structural case analysis, lightweight technical reserves, ergonomics research and development, and the practice of replacing steel with plastic, the structural design and appearance design are perfectly unified. The innovative application of micro-foaming injection molding technology in door panels, tailgates, dashboard frames and other products can effectively shorten the molding cycle, prevent product surface shrinkage, and reduce product weight efficiently. Through the research and development of multi-color high-gloss injection molding technology, that is, two-color, three-color injection molding, and high-gloss two-color injection molding, it can effectively reduce costs and improve product appearance in terms of ventilation panels, engine room trim panels, and car lamp trim panels. In order to better improve production efficiency, Kaihua innovates and develops injection compression molding technology, which greatly improves the precision and dimensional stability of product surface details in terms of optical lens injection glass, and provides better protection for products with high transparency requirements.

Application: Aerospace, Aviation, Railway Transport E&E, IT & Telecommunication Automotive New Energy Building Materials Packaging Daily Chemicals Sports & Leisure Food & Beverage Optoelectronics Medical

To research and develop bi-injection 4 station rotary mold, Push adopted the leading bi-injection moulding technique,due to the unique appearance feature, push designed 4 independent sliders with cooling function on the fixed mold side, with innovative designing of moving half ejection structure. Comparing with traditional mold, the weight of moving half half side have reduced 30%, the stability and reliability of cube mold during the process of rotating is improved a lot, meanwhile, the complete cycle time is reduced to 11.2 seconds. This system is applied in the caps for packaging of health care products, injected by PP and TPE in different color, with unique appearance that adopts special inverted conical stripe design. With innovative designing scheme, the system perfectly meet all requirements of caps, significantly improved the sealing and anti-counterfeiting function performance, provided high quality experience to customers.

To research and develop bi-injection 4 station rotary mold, Push adopted the leading bi-injection moulding technique,due to the unique appearance feature, push designed 4 independent sliders with cooling function on the fixed mold side, with innovative designing of moving half ejection structure. Comparing with traditional mold, the weight of moving half half side have reduced 30%, the stability and reliability of cube mold during the process of rotating is improved a lot, meanwhile, the complete cycle time is reduced to 11.2 seconds. This system is applied in the caps for packaging of health care products, injected by PP and TPE in different color, with unique appearance that adopts special inverted conical stripe design. With innovative designing scheme, the system perfectly meet all requirements of caps, significantly improved the sealing and anti-counterfeiting function performance, provided high quality experience to customers.

Application: Packaging