DuPont plans to launch the best class of laser transmission modified Crastin PBT resins which could demonstrate over 50% laser transmission performance improvement compared with current market offering. It enables high design flexibility with a stable dimension and low warpage performance to the industry. DuPont possesses a robust PBT product portfolio for laser transparent requirements, providing differentiated solutions in hydrolysis resistance, high flow processability and electronic features (high CTI). The new grades will be strong addition to the end application in ADAS and sensors.

DuPont plans to launch the best class of laser transmission modified Crastin PBT resins which could demonstrate over 50% laser transmission performance improvement compared with current market offering. It enables high design flexibility with a stable dimension and low warpage performance to the industry. DuPont possesses a robust PBT product portfolio for laser transparent requirements, providing differentiated solutions in hydrolysis resistance, high flow processability and electronic features (high CTI). The new grades will be strong addition to the end application in ADAS and sensors.

Application: Automotive New Energy

Husky Technologies™ is offering a comprehensive range of injection molding solutions: from fully integrated industry-leading Medical Systems, to all the key sub-elements as Swiss quality Schöttli™ molds, high precision Hot Runners, Altanium® temperature controllers and Shotscope™ NX productivity monitoring software. Our systems work together or can be used independently, all with a common goal of helping our customers produce more high-quality parts, faster and more efficiently.By providing the entire system, Husky supports the systematic elimination of waste and variability from the injection molding process, mitigates risks and ensures the production of safer devices for end users. Husky Systems provide higher levels of productivity, less waste and improved part quality at the fastest possible cycle times, with a single source supplier to manage all system requirements throughout its life.Husky’s Hot Runners are also suitable for a wide range of applications and markets, such as Medical, Consumer Electronics and Packaging. Decades of expertise, best in class service and unmatched product quality make Husky the industries most trusted supplier.

Husky Technologies™ is offering a comprehensive range of injection molding solutions: from fully integrated industry-leading Medical Systems, to all the key sub-elements as Swiss quality Schöttli™ molds, high precision Hot Runners, Altanium® temperature controllers and Shotscope™ NX productivity monitoring software. Our systems work together or can be used independently, all with a common goal of helping our customers produce more high-quality parts, faster and more efficiently.
By providing the entire system, Husky supports the systematic elimination of waste and variability from the injection molding process, mitigates risks and ensures the production of safer devices for end users. Husky Systems provide higher levels of productivity, less waste and improved part quality at the fastest possible cycle times, with a single source supplier to manage all system requirements throughout its life.
Husky’s Hot Runners are also suitable for a wide range of applications and markets, such as Medical, Consumer Electronics and Packaging. Decades of expertise, best in class service and unmatched product quality make Husky the industries most trusted supplier.

Application: Packaging Medical

As part of a new effort to reduce plastic waste in the world’s oceans, SABIC and Microsoft Corporation have collaborated to create Microsoft’s first consumer electronic product – The Microsoft Ocean Plastic Mouse – with an exterior shell containing 20% recycled ocean plastic. This collaboration spurred the development of SABIC’s new ocean plastic XENOY™ resin as part of SABIC’s TRUCIRCLE™ portfolio and services and demonstrates the power of value chain collaboration to drive the development of the circular economy for plastics.Ocean plastic (OP) is defined as plastic that has been certified by a third party as recovered from any ocean or ocean-feeding waterways or where it washed ashore from these locations. As it is often exposed to extreme conditions that degrade its mechanical properties, mechanically recycling OP into demanding applications such as consumer electronics (CE) can be difficult. SABIC heard about Microsoft’s objective of creating a CE product made with at least 10% recycled OP as part of their commitment to achieve zero waste by 2030 and joined the challenge to source the OP and formulate a resin that could meet Microsoft’s demanding product targets.

As part of a new effort to reduce plastic waste in the world’s oceans, SABIC and Microsoft Corporation have collaborated to create Microsoft’s first consumer electronic product – The Microsoft Ocean Plastic Mouse – with an exterior shell containing 20% recycled ocean plastic. This collaboration spurred the development of SABIC’s new ocean plastic XENOY™ resin as part of SABIC’s TRUCIRCLE™ portfolio and services and demonstrates the power of value chain collaboration to drive the development of the circular economy for plastics.
Ocean plastic (OP) is defined as plastic that has been certified by a third party as recovered from any ocean or ocean-feeding waterways or where it washed ashore from these locations. As it is often exposed to extreme conditions that degrade its mechanical properties, mechanically recycling OP into demanding applications such as consumer electronics (CE) can be difficult. SABIC heard about Microsoft’s objective of creating a CE product made with at least 10% recycled OP as part of their commitment to achieve zero waste by 2030 and joined the challenge to source the OP and formulate a resin that could meet Microsoft’s demanding product targets.

Application: E&E, IT & Telecommunication

An ENGEL e-mac 465/180 producing 32 cavities of insulin syringe (1 ml), ENGEL will provide you with an update on new trends and technologies in the medical industry. e-mac features: 1. Maximum output with smallest footprint 2. Wide scope of individual options available 3. Large tie- bar spacing 4. iQ products ready 5. Intelligent and compact integrated servo- hydraulic available 6. New all- electric injection units for maximum flexibility for customers

An ENGEL e-mac 465/180 producing 32 cavities of insulin syringe (1 ml), ENGEL will provide you with an update on new trends and technologies in the medical industry. e-mac features:
1. Maximum output with smallest footprint
2. Wide scope of individual options available
3. Large tie- bar spacing
4. iQ products ready
5. Intelligent and compact integrated servo- hydraulic available
6. New all- electric injection units for maximum flexibility for customers

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

Evonik launched a sustainable upgrade of the VESTAMID® E40 called VESTAMID® eCO E40. This uses a sustainable feedstock of end-of-life tires. We substitute 50% of the fossil based raw materials in the value chain with this circular feedstock.To further improve the carbon footprint of this product, we use only green power in the production. The sustainable manufacturing process does not change the properties of the product. VESTAMID® eCO E40 can be used as a one-on-one replacement in existing applications. Our customers can easily use this product within their existing production processes without changing anything. Together we can drive the sustainable transformation of the industry.

Evonik launched a sustainable upgrade of the VESTAMID® E40 called VESTAMID® eCO E40. This uses a sustainable feedstock of end-of-life tires. We substitute 50% of the fossil based raw materials in the value chain with this circular feedstock.To further improve the carbon footprint of this product, we use only green power in the production. The sustainable manufacturing process does not change the properties of the product. VESTAMID® eCO E40 can be used as a one-on-one replacement in existing applications. Our customers can easily use this product within their existing production processes without changing anything. Together we can drive the sustainable transformation of the industry.

Application: Sports & Leisure

We all experience such difficulites that unstable mold temperatue resulting in NG products and low production efficiency. This webinar will bring a mold temperature stability technology blended with IOT technology and water treatment technology.Not only media temperature stability but also the media fluxility stablity and good heat condution efficiency of mold water pipe are all necessary to ensure the stability of mold temperature.By IOT technology management monitoring to achieve high quality and efficieny production.Additionally by monitoring the data of 3 factors of mold temperature stability,it can record the timing of problems happening.Therefore it can analyse the root cause more accurately and provide effective quality checking solutions.

We all experience such difficulites that unstable mold temperatue resulting in NG products and low production efficiency. This webinar will bring a mold temperature stability technology blended with IOT technology and water treatment technology.Not only media temperature stability but also the media fluxility stablity and good heat condution efficiency of mold water pipe are all necessary to ensure the stability of mold temperature.By IOT technology management monitoring to achieve high quality and efficieny production.Additionally by monitoring the data of 3 factors of mold temperature stability,it can record the timing of problems happening.Therefore it can analyse the root cause more accurately and provide effective quality checking solutions.

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

Celanese's POM ECO-B contains up to 97% bio-content via a mass-balance approach as certified by the International Sustainability and Carbon Certification (ISCC+). It reduces carbon dioxide footprint per kilogram of POM polymer by more than half without any impact on properties or need for requalification. POM ECO-B allows customers to realize reduction in carbon dioxide emission in their end-use products and advance toward their renewable content goals. Celanese believes that this offering has a strong value proposition for customers in the automotive, consumer products and medical device industries where footprint reduction or renewable content is important.

Celanese's POM ECO-B contains up to 97% bio-content via a mass-balance approach as certified by the International Sustainability and Carbon Certification (ISCC+). It reduces carbon dioxide footprint per kilogram of POM polymer by more than half without any impact on properties or need for requalification. POM ECO-B allows customers to realize reduction in carbon dioxide emission in their end-use products and advance toward their renewable content goals. Celanese believes that this offering has a strong value proposition for customers in the automotive, consumer products and medical device industries where footprint reduction or renewable content is important.

Application: Automotive Medical

JE10800WM-1700 / A1100 hybrid injection molding machine with horizontal rotary function is a new structure in the field of multi-component injection molding. There are two full-electric injection units arranged face to face, and a two-platen clamping unit works with them. The auxiliary injection unit can travel with the moving platen or travel to it. In addition, a horizontal rotating device that can travel to the head platen or the moving platen is equipped between them with up to two sets of molds. Combining with the advantages of full-electric technology, a two-platen clamping unit, and the multi-component solution, it can gain advantages of high injection precision, fast dry cycle, wide application range, low energy consumption, large mold capacity, a long moving stroke, compact structure, etc.The application of full-electric injection units in this machine not only improves the injection repetition accuracy but also shortens the cycle time and reduces energy consumption. It provides another choice for the production of large-scale 2K precision parts, which can replace imported equipment.

JE10800WM-1700 / A1100 hybrid injection molding machine with horizontal rotary function is a new structure in the field of multi-component injection molding. There are two full-electric injection units arranged face to face, and a two-platen clamping unit works with them. The auxiliary injection unit can travel with the moving platen or travel to it.
In addition, a horizontal rotating device that can travel to the head platen or the moving platen is equipped between them with up to two sets of molds. Combining with the advantages of full-electric technology, a two-platen clamping unit, and the multi-component solution, it can gain advantages of high injection precision, fast dry cycle, wide application range, low energy consumption, large mold capacity, a long moving stroke, compact structure, etc.
The application of full-electric injection units in this machine not only improves the injection repetition accuracy but also shortens the cycle time and reduces energy consumption. It provides another choice for the production of large-scale 2K precision parts, which can replace imported equipment.

Application: Sports & Leisure

Performance Biomaterial for Large-Format 3D Printing.NatureWorks developed Ingeo™ 3D700 for large-format 3D printing to significantly reduce warping and print failures. Failed prints are a common risk in large-format printing due to the high rate and volume of polymer deposition. Some materials, like ABS, may warp, while others, like certain polyolefins or general-purpose PLA grades, may shrink. These behaviors result in failed prints as warping can pull parts away from the print bed and cause layer separation. Considering industrial application prints of this size require more filament and time to print, failure during production is costly. NatureWorks’s Ingeo 3D700 controls the polymer-microstructure, resulting in an amorphous PLA grade that has a low material shrink rate, critical for reducing warpage, improving gap fill and adhesion, and ensuring successful prints. Filaments made with Ingeo biopolymer PLA have notable performance characteristics such as precise detail, good adhesion to build plates with no heating needed, reduced warping, and low odor while printing, making Ingeo PLA an essential material for the 3D printing market from consumer-level to industrial applications. Safer Sustainable Material - First-of-Its-Kind Certification Eliminates Harmful PFAS in Food ServicewareAt NatureWorks, our purpose is to invent safe and environmentally sustainable materials for use in everyday products. As such, we are proud to be the first material company to achieve the GreenScreen Certified Standard Platinum level of certification in recognition of our work using the principles of green chemistry to create safe, bio-based alternatives to fossil-based plastics. The Center for Environmental Health (CEH) and Clean Production Action (CPA) developed the GreenScreen Certified Standard for Food Service Ware in consultation with a diverse group of stakeholders, including manufacturers, purchasers, and external scientific experts from nonprofit and industry groups. This certification recognizes our Ingeo™ biopolymer not just as a material for high performance compostable food serviceware, but also as a preferred alternative to materials that rely on PFAS “forever chemicals,” which take thousands of years to break down in the environment and can cause serious health issues. The certification draws from CEH’s extensive work testing single-use food serviceware for PFAS and builds on CPA’s GreenScreen® for Safer Chemicals, the globally recognized tool for chemical hazard assessment used by governments, companies, and certification standards to encourage the design and use of inherently safer chemical ingredients.

Performance Biomaterial for Large-Format 3D Printing.
NatureWorks developed Ingeo™ 3D700 for large-format 3D printing to significantly reduce warping and print failures. Failed prints are a common risk in large-format printing due to the high rate and volume of polymer deposition. Some materials, like ABS, may warp, while others, like certain polyolefins or general-purpose PLA grades, may shrink. These behaviors result in failed prints as warping can pull parts away from the print bed and cause layer separation. Considering industrial application prints of this size require more filament and time to print, failure during production is costly. NatureWorks’s Ingeo 3D700 controls the polymer-microstructure, resulting in an amorphous PLA grade that has a low material shrink rate, critical for reducing warpage, improving gap fill and adhesion, and ensuring successful prints. Filaments made with Ingeo biopolymer PLA have notable performance characteristics such as precise detail, good adhesion to build plates with no heating needed, reduced warping, and low odor while printing, making Ingeo PLA an essential material for the 3D printing market from consumer-level to industrial applications.
Safer Sustainable Material - First-of-Its-Kind Certification Eliminates Harmful PFAS in Food Serviceware
At NatureWorks, our purpose is to invent safe and environmentally sustainable materials for use in everyday products. As such, we are proud to be the first material company to achieve the GreenScreen Certified Standard Platinum level of certification in recognition of our work using the principles of green chemistry to create safe, bio-based alternatives to fossil-based plastics. The Center for Environmental Health (CEH) and Clean Production Action (CPA) developed the GreenScreen Certified Standard for Food Service Ware in consultation with a diverse group of stakeholders, including manufacturers, purchasers, and external scientific experts from nonprofit and industry groups. This certification recognizes our Ingeo™ biopolymer not just as a material for high performance compostable food serviceware, but also as a preferred alternative to materials that rely on PFAS “forever chemicals,” which take thousands of years to break down in the environment and can cause serious health issues.
The certification draws from CEH’s extensive work testing single-use food serviceware for PFAS and builds on CPA’s GreenScreen® for Safer Chemicals, the globally recognized tool for chemical hazard assessment used by governments, companies, and certification standards to encourage the design and use of inherently safer chemical ingredients.

Application: Building Materials

SACMI PRESENTS THE 4.0 RIGID PACKAGING R-EVOLUTION. The cap and PET preform manufacturing is no longer the same. Through a deep digitalization of the processes, including the innovative Smart pack and Smart care solutions, SACMI provides groundbreaking digital controls for cap and preform lines. The goal? Ensure that Clients' investments are the most profitable by proactively seizing the digital transition opportunities.

SACMI PRESENTS THE 4.0 RIGID PACKAGING R-EVOLUTION. The cap and PET preform manufacturing is no longer the same. Through a deep digitalization of the processes, including the innovative Smart pack and Smart care solutions, SACMI provides groundbreaking digital controls for cap and preform lines. The goal? Ensure that Clients' investments are the most profitable by proactively seizing the digital transition opportunities.

Application: Packaging

Developed by BASF, Elastopir® PU thermal insulation materials have effective fire retardant. Based on the excellent property of fire retardant, it is widely used in insulation wall, board, cold storage and many more applications. The range of Elastopir® product is used in the insulation project of continuous and non-continuous sandwich panel, and the high speed flexible panel for insulation solutions. Elastopir® also uses the green blowing agent with zero-ODP and low GWP, such as hydrocarbon (C-pentane, N-pentane) and HFO.Elastopir® CH 1132/529 series is the B1 grade PU continuous panel with pentane blowing agent by BASF. This product does not only contain the excellent properties of Elastopir®, but also meets the requirement of GB 8624-2012 B1-C and GB50072-2021. In recent years, BASF has been developing the energy efficiency performance sandwich panel system, and has a leading position in the industry.

Developed by BASF, Elastopir® PU thermal insulation materials have effective fire retardant. Based on the excellent property of fire retardant, it is widely used in insulation wall, board, cold storage and many more applications. The range of Elastopir® product is used in the insulation project of continuous and non-continuous sandwich panel, and the high speed flexible panel for insulation solutions. Elastopir® also uses the green blowing agent with zero-ODP and low GWP, such as hydrocarbon (C-pentane, N-pentane) and HFO.
Elastopir® CH 1132/529 series is the B1 grade PU continuous panel with pentane blowing agent by BASF. This product does not only contain the excellent properties of Elastopir®, but also meets the requirement of GB 8624-2012 B1-C and GB50072-2021. In recent years, BASF has been developing the energy efficiency performance sandwich panel system, and has a leading position in the industry.

Application: Building Materials

Capture your share of the rapid growth in digital flexible packaging with the field-proven solution.You can profitably deliver a vast range of on-demand, sustainable packages with a holistic production ecosystem. This digital mid-web press is designed to perfectly address the on-demand flexible packaging market with optimized production efficiency and minimal environmental impact. Click for Free Sampling

Capture your share of the rapid growth in digital flexible packaging with the field-proven solution.You can profitably deliver a vast range of on-demand, sustainable packages with a holistic production ecosystem. This digital mid-web press is designed to perfectly address the on-demand flexible packaging market with optimized production efficiency and minimal environmental impact.
Click for Free Sampling

Application: Packaging

New EB grade of Dows Next Generation ENGAGE POE Eliminate flow marks and meet A-Class appearance requirement Excellent low temperature toughness to ensure the safety Improves the balance between processing and flowability and provides wide range of choices for thermoplastic polyolefin (TPO) compound design Enables metal replacement with lightweight plastics to increase fuel economy.

New EB grade of Dows Next Generation ENGAGE POE Eliminate flow marks and meet A-Class appearance requirement Excellent low temperature toughness to ensure the safety Improves the balance between processing and flowability and provides wide range of choices for thermoplastic polyolefin (TPO) compound design Enables metal replacement with lightweight plastics to increase fuel economy.

Application: Automotive

ACOPOS 6D Planar Magnetic Levitation Flexible Conveying System can help manufacturing companies to achieve mass customized production. Through this conveying system, each product can pass through different stations along its own path according to actual needs. One machine can convey and process different types of products at the same time, even completely different products, to achieve highly flexible production.

ACOPOS 6D Planar Magnetic Levitation Flexible Conveying System can help manufacturing companies to achieve mass customized production. Through this conveying system, each product can pass through different stations along its own path according to actual needs. One machine can convey and process different types of products at the same time, even completely different products, to achieve highly flexible production.

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

As a designer of materials and innovative solutions, Arkema brings Advanced Bio-Circular (ABC) Materials to many markets, providing more sustainable material solutions.Arkema's high-performance polymer materials include flagship Rilsan® PA11 long chain polyamides and Pebax® Rnew® thermoplastic elastomer series, whose excellent overall performance and durability are proven in many harsh industrial applications around the world . They are renewable, bio-based polymer materials derived from castor bean, which grows in poor soil and does not compete with food crops. Compared with petroleum-based polymer materials such as nylon 12, this series of bio-based polymers brings a lower carbon footprint and has a lower impact on the environment.Arkema brings high-performance, bio-based, recycled and sustainable material solutions to markets such as automotive, consumer electronics, sports, consumer goods, medical and more. Arkema also provides material solutions for post-industrial recycling and post-consumer recycling for strategic partners, to contribute to the development of the circular economy.Rilsan®, Pebax® Rnew® are registered trademarks of Arkema.For more details, please visit the official website hpp.arkema.com

As a designer of materials and innovative solutions, Arkema brings Advanced Bio-Circular (ABC) Materials to many markets, providing more sustainable material solutions.
Arkema's high-performance polymer materials include flagship Rilsan® PA11 long chain polyamides and Pebax® Rnew® thermoplastic elastomer series, whose excellent overall performance and durability are proven in many harsh industrial applications around the world . They are renewable, bio-based polymer materials derived from castor bean, which grows in poor soil and does not compete with food crops. Compared with petroleum-based polymer materials such as nylon 12, this series of bio-based polymers brings a lower carbon footprint and has a lower impact on the environment.
Arkema brings high-performance, bio-based, recycled and sustainable material solutions to markets such as automotive, consumer electronics, sports, consumer goods, medical and more. Arkema also provides material solutions for post-industrial recycling and post-consumer recycling for strategic partners, to contribute to the development of the circular economy.
Rilsan®, Pebax® Rnew® are registered trademarks of Arkema.
For more details, please visit the official website hpp.arkema.com

Application: Automotive Medical E&E, IT & Telecommunication Sports & Leisure

INFINAM® RG 3101 L is a specialty resin for additive manufacturing SLA and DLP launched by Evonik in early 2022. This ready-to-use material combines excellent impact and high temperature resistance while exhibiting long-lasting thermo-mechanical properties. It can replace some of the engineering plastics manufactured by traditional processes for use in the manufacture of drones, buckles or automotive parts. INFINAM® RG 3101 L can be subjected to strong force due to its maintainable fracture resistance.

INFINAM® RG 3101 L is a specialty resin for additive manufacturing SLA and DLP launched by Evonik in early 2022. This ready-to-use material combines excellent impact and high temperature resistance while exhibiting long-lasting thermo-mechanical properties. It can replace some of the engineering plastics manufactured by traditional processes for use in the manufacture of drones, buckles or automotive parts. INFINAM® RG 3101 L can be subjected to strong force due to its maintainable fracture resistance.

Application: Automotive E&E, IT & Telecommunication

NEO Ms the winner of the Industry Innovation Award, has a compact mechanical structure, excellent performance and easy implementation of multi-purpose machines. Two opposite single-cylinder precise injection units or high-speed full electric injection unit can be equipped at the same time to meet the requirements of more products characteristics. In addition, opposite injection unit moves synchronously with the moving platen, more efficient is achieved. Heavy-duty linear guide for the medium platen: supports heavier molds, lower friction resistance, and runs more smoothly.The speed reducer and servo motor drive for the rotation of the medium platen: it can rotate larger and heavier molds, adapt to more special two-color auto parts molds, servo control is more accurate, and energy saving.The medium platen movement is controlled by proportional valve,the max. positional repeatability of mold opening and the medium platen ≤1 mm.

NEO Ms the winner of the Industry Innovation Award, has a compact mechanical structure, excellent performance and easy implementation of multi-purpose machines. Two opposite single-cylinder precise injection units or high-speed full electric injection unit can be equipped at the same time to meet the requirements of more products characteristics. In addition, opposite injection unit moves synchronously with the moving platen, more efficient is achieved. Heavy-duty linear guide for the medium platen: supports heavier molds, lower friction resistance, and runs more smoothly.The speed reducer and servo motor drive for the rotation of the medium platen: it can rotate larger and heavier molds, adapt to more special two-color auto parts molds, servo control is more accurate, and energy saving.The medium platen movement is controlled by proportional valve,the max. positional repeatability of mold opening and the medium platen ≤1 mm.

Application: Automotive

At Polyplastics, we mainly offer pellet-shaped engineering plastics for injection and extrusion molding. In expanding our lineup, we considered how we could accommodate demand from customers who have expressed the desire to also use engineering plastics and add new functionalities to products in manufacturing methods for which pellets are incompatible. Believing that powder form could be one solution, we developed DURAST™ Powder in a distinctive shape with fine, narrow particle size distribution. We now offer this material that makes new functionalities possible. [Solutions] Offer powder resin with fine, narrow particle size distribution (10 μm-200 μm) ．Fine powder with no sharp corners (POM, PBT, PPS) ．Anisotropic powder/spherical fine powder (LCP) [Applications] Enables improvements to properties and compatibility with various manufacturing methods as follows ．Improves product properties as an additive to other materials ．Creates porous molded objects by sintering ．Creates block materials through compression molding ．Creates molding materials in 3D printing with the SLS method

At Polyplastics, we mainly offer pellet-shaped engineering plastics for injection and extrusion molding. In expanding our lineup, we considered how we could accommodate demand from customers who have expressed the desire to also use engineering plastics and add new functionalities to products in manufacturing methods for which pellets are incompatible. Believing that powder form could be one solution, we developed DURAST™ Powder in a distinctive shape with fine, narrow particle size distribution. We now offer this material that makes new functionalities possible.
[Solutions]
Offer powder resin with fine, narrow particle size distribution (10 μm-200 μm)
．Fine powder with no sharp corners (POM, PBT, PPS)
．Anisotropic powder/spherical fine powder (LCP)
[Applications]
Enables improvements to properties and compatibility with various manufacturing methods as follows
．Improves product properties as an additive to other materials
．Creates porous molded objects by sintering
．Creates block materials through compression molding
．Creates molding materials in 3D printing with the SLS method

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

Introducing a technological breakthroughSuccess Line X, the 5-axis version of the Success robots benefits from the very latest technology, as well as the reliable and high-performance mechanical designs developed by our design officesAn affordable high-end robotA very flexible solution for the customerA servo rotation from 6 axis Yaskawa: accuracy and reliabilitySepro Group is convinced that 5-servo-axis Cartesian robots represent the future of injection-molding automation. Success Line X: the new servo-wristThe new Success servo-wrist is co-developed with Yaskawa and is available on SUCCESS LINE X， High torque, high accuracy, compact design, available on all Success range: Success 11X, Success 22X, Success 33X New compact Z-box integrationThis configuration is more compact, allowing the integration ofUp to 8 vacuum and 8 pressure circuits as a standard optionPneumatic or servo rotation control. Available on all robots of all Success ranges. Smart lubrication system With the new Success lines comes a new lubrication system for the cam followers. Easy and quick maintenanceChanged only once a yearY free Motion: always availableThe Y free function is a Sepro manufacturing standard. It simplifies the programming of part accompaniment during ejection and can reduce the cost of your EOATs (simplified design).Compact beam-mounted control cabinetRedesigned cabinet for better accessibility and maintenance. Also available for the 5-axis Success line.The compact control cabinet is mounted on the end of the beam as standard. Its innovative feature is its flexible installation, as it can be installed on the left or right, depending on your setup, to free floor space.

Introducing a technological breakthrough
Success Line X, the 5-axis version of the Success robots benefits from the very latest technology, as well as the reliable and high-performance mechanical designs developed by our design offices
An affordable high-end robot
A very flexible solution for the customer
A servo rotation from 6 axis Yaskawa: accuracy and reliability
Sepro Group is convinced that 5-servo-axis Cartesian robots represent the future of injection-molding automation.
Success Line X: the new servo-wrist
The new Success servo-wrist is co-developed with Yaskawa and is available on SUCCESS LINE X， High torque, high accuracy, compact design, available on all Success range: Success 11X, Success 22X, Success 33X
New compact Z-box integration
This configuration is more compact, allowing the integration of
Up to 8 vacuum and 8 pressure circuits as a standard option
Pneumatic or servo rotation control.
Available on all robots of all Success ranges.
Smart lubrication system
With the new Success lines comes a new lubrication system for the cam followers.
Easy and quick maintenance
Changed only once a year
Y free Motion: always available
The Y free function is a Sepro manufacturing standard. It simplifies the programming of part accompaniment during ejection and can reduce the cost of your EOATs (simplified design).
Compact beam-mounted control cabinet
Redesigned cabinet for better accessibility and maintenance. Also available for the 5-axis Success line.
The compact control cabinet is mounted on the end of the beam as standard. Its innovative feature is its flexible installation, as it can be installed on the left or right, depending on your setup, to free floor space.

Application: Automotive

KRAIBURG TPE’s new THERMOLAST® H product line targeting healthcare and medical device applications exclusively within the Asia Pacific. The TPE series are free from toxic substances and contain neither latex, PVC, phthalates, nor heavy metals. Furthermore, the compounds comply with ISO 10993-5, GB/T 16886.5, and other relevant medical standards. KRAIBURG TPE’s THERMOLAST® H meets global food regulatory standards such as China GuoBiao (GB) GB4806, FDA-Code of Federal Regulations (CFR) Title 21, and Commission Regulation (EU) No. 10/2011. Moreover, it complies with RoHS and REACH standards and is sterilizable with autoclave 121°C and EtO.With good adhesion to PP and PE, haptics and compression set, THERMOLAST® H is suitable for applications such as closures, flexible connections, medical tubing, syringe gaskets, catheter connectors, mouthpieces, and more; as well as for applications requiring soft-touch features such as grips, switches, and mats.

KRAIBURG TPE’s new THERMOLAST® H product line targeting healthcare and medical device applications exclusively within the Asia Pacific. The TPE series are free from toxic substances and contain neither latex, PVC, phthalates, nor heavy metals.
Furthermore, the compounds comply with ISO 10993-5, GB/T 16886.5, and other relevant medical standards. KRAIBURG TPE’s THERMOLAST® H meets global food regulatory standards such as China GuoBiao (GB) GB4806, FDA-Code of Federal Regulations (CFR) Title 21, and Commission Regulation (EU) No. 10/2011. Moreover, it complies with RoHS and REACH standards and is sterilizable with autoclave 121°C and EtO.
With good adhesion to PP and PE, haptics and compression set, THERMOLAST® H is suitable for applications such as closures, flexible connections, medical tubing, syringe gaskets, catheter connectors, mouthpieces, and more; as well as for applications requiring soft-touch features such as grips, switches, and mats.

Application: Medical Packaging

The industry-leading Co-injection multi-layer systems are now available for injecting light blocking barrier materials and other materials (High-Performance Barriers, Bio-Resins, and PCR/Scrap). Mold-Masters patented process control capabilities allows us to maintain complete core barrier coverage around the perimeter of non-symmetrical shapes and designs without core breakthrough, which can improve the packaging and extend the shelf life of food.

The industry-leading Co-injection multi-layer systems are now available for injecting light blocking barrier materials and other materials (High-Performance Barriers, Bio-Resins, and PCR/Scrap). Mold-Masters patented process control capabilities allows us to maintain complete core barrier coverage around the perimeter of non-symmetrical shapes and designs without core breakthrough, which can improve the packaging and extend the shelf life of food.

Wanhua Chemical Group control the quality of products, establish quality management system, ensure product traceability in each step. The recycling chain achieves the recovery and utilization of Wanhua Recycled Polycarbonate, prolongs the life cycle of products and reduces carbon emissions.

Wanhua Chemical Group control the quality of products, establish quality management system, ensure product traceability in each step. The recycling chain achieves the recovery and utilization of Wanhua Recycled Polycarbonate, prolongs the life cycle of products and reduces carbon emissions.

Application: E&E, IT & Telecommunication

FLEXSIM is ESOPP's patented simultaneous stretching technology, invented 15 years ago and now in its fourth generation FLEXSIM+.Compared to sequential stretching techniques, FLEXSIM provides special stretching modes and greater mechanical stretching forces, which allow the production of new films of superior quality, especially the porosity distribution and control and the realization of perfect isotropic at the full width of the film. Therefore, ESOPP's simultaneous stretching technology FLEXSIM is especially suitable for the production of special films such as nylon (BOPA), ultra-thin films for capacitors, battery separators for both wet and dry processes, and new optical films.

FLEXSIM is ESOPP's patented simultaneous stretching technology, invented 15 years ago and now in its fourth generation FLEXSIM+.
Compared to sequential stretching techniques, FLEXSIM provides special stretching modes and greater mechanical stretching forces, which allow the production of new films of superior quality, especially the porosity distribution and control and the realization of perfect isotropic at the full width of the film. Therefore, ESOPP's simultaneous stretching technology FLEXSIM is especially suitable for the production of special films such as nylon (BOPA), ultra-thin films for capacitors, battery separators for both wet and dry processes, and new optical films.

Compactness and usability are the key features that have guided the development of CRX MOBILUX, the advanced dehumidification system available in 4 configurations. The standard one includes dryer + hopper and can be integrated - according to customer needs – with the DUO suction unit and the heating group for use up to 200 °C. The application of the in-line moisture analyzer Moisture Meter, available in all the configurations, helps to create a system with a high technological content. A unique and exclusive solution on the market. All in a single MOBILE application creating an independent and compact system to be placed next to the processing machine that integrates the plastic granule’s treatment and conveying activities, optimizing not only the management of the equipment, but also the spaces nearby the IMM. A user-friendly 7’’ touch screen control panel allows integrated management of the dryer, heating group, DUO suction unit and Moisture Meter. It is available also with OPC UA protocol.

Compactness and usability are the key features that have guided the development of CRX MOBILUX, the advanced dehumidification system available in 4 configurations. The standard one includes dryer + hopper and can be integrated - according to customer needs – with the DUO suction unit and the heating group for use up to 200 °C. The application of the in-line moisture analyzer Moisture Meter, available in all the configurations, helps to create a system with a high technological content. A unique and exclusive solution on the market. All in a single MOBILE application creating an independent and compact system to be placed next to the processing machine that integrates the plastic granule’s treatment and conveying activities, optimizing not only the management of the equipment, but also the spaces nearby the IMM. A user-friendly 7’’ touch screen control panel allows integrated management of the dryer, heating group, DUO suction unit and Moisture Meter. It is available also with OPC UA protocol.

Application: Automotive Packaging Food & Beverage

A safe choice. Bottle-to-bottle solutions from EREMA.The central advantage of VACUNITE® and VACUREMA® systems is the unique SafeFlake technology in the vacuum reactor, which units several central functions in one – in particular flake decontamination, drying and IV treatment.Advantages: - Superclean rPET pellets- For direct food contact: with IV value on a par with virgin material- Flexible input, consistent output: consistent end product in terms of IV value and colour despite varying moisture, IV values, bulk densities and flake wall thicknesses of the input material- High resource efficiency: technology saves energy, water and space- Easy to operate: high degree of automation

A safe choice. Bottle-to-bottle solutions from EREMA.
The central advantage of VACUNITE® and VACUREMA® systems is the unique SafeFlake technology in the vacuum reactor, which units several central functions in one – in particular flake decontamination, drying and IV treatment.
Advantages:
- Superclean rPET pellets
- For direct food contact: with IV value on a par with virgin material
- Flexible input, consistent output: consistent end product in terms of IV value and colour despite varying moisture, IV values, bulk densities and flake wall thicknesses of the input material
- High resource efficiency: technology saves energy, water and space
- Easy to operate: high degree of automation

Application: Packaging Food & Beverage

SEBS GP-9645D has a lower styrene percentage at 13%, making it softer and more elastic than conventional HSBC grades. High transparent GP-9645D could provide excellent elasticity for film, tube , plastics impact modification and Polyolefin replacement. Based on in-house technology on stable process control,GP-9645D have stable color appearance, good heat and UV resistance . Currently,GP-9645D have passed the tests of Class VI plastic specified in USP32 <88> and ISO 10993-4, 10993-5, 10993-6, 10993-10, 10993-11, which assess the suitability of materials (plastic articles) intended for use in medical application. All additives used in GP-9645D are positive listed in Annex A (permissible additives in food container & packaging materials and requirements for uses) of GB9685-2016, the Hygienic Standards for Uses of Additives in Food Containers and Packaging Materials.

SEBS GP-9645D has a lower styrene percentage at 13%, making it softer and more elastic than conventional HSBC grades. High transparent GP-9645D could provide excellent elasticity for film, tube , plastics impact modification and Polyolefin replacement. Based on in-house technology on stable process control,GP-9645D have stable color appearance, good heat and UV resistance .
Currently,GP-9645D have passed the tests of Class VI plastic specified in USP32 <88> and ISO 10993-4, 10993-5, 10993-6, 10993-10, 10993-11, which assess the suitability of materials (plastic articles) intended for use in medical application. All additives used in GP-9645D are positive listed in Annex A (permissible additives in food container & packaging materials and requirements for uses) of GB9685-2016, the Hygienic Standards for Uses of Additives in Food Containers and Packaging Materials.

Application: Aerospace, Aviation, Railway Transport Daily Chemicals E&E, IT & Telecommunication New Energy Packaging

EnMa Shredder Pro Series is designed to meet the requirements of various industries, including general waste recycling, electronic waste recycling and consumer waste recycling. There are many kinds of recyclable materials, such as plastic products, film, woven bags and so on, as well as all kinds of electronic cable waste, waste paper, waste wood and all kinds of waste recycling. The size of the recycling material can be determined by selecting the appropriate screen aperture according to the crushing material and the next processing requirements. The front track of the model can be combined with the use of the EnMa S Shredder(multi shaft shredder) or the further refinement of the EnMa G Granulator Pro Series.

EnMa Shredder Pro Series is designed to meet the requirements of various industries, including general waste recycling, electronic waste recycling and consumer waste recycling. There are many kinds of recyclable materials, such as plastic products, film, woven bags and so on, as well as all kinds of electronic cable waste, waste paper, waste wood and all kinds of waste recycling. The size of the recycling material can be determined by selecting the appropriate screen aperture according to the crushing material and the next processing requirements. The front track of the model can be combined with the use of the EnMa S Shredder(multi shaft shredder) or the further refinement of the EnMa G Granulator Pro Series.

YUDO PACK series is mainly used in medical treatment, packaging and other plastic products. Its main features are as follows.1.The compact nozzle design is suitable for compact cavity layout. 2.The high-precision valve pin guidance can better ensure the gate quality. 3.The inlaid nozzle tip structure can prolong its service life.4.The reasonable heat distribution of the heating coil makes the start-up more convenient and easy. 5.The high-strength spring prepressing makes the system applicable to a wider range of process windows while ensuring leak proof performance. 6.Nozzle tip, heating coil and thermocouple can be maintained and replaced directly on the machine, making maintenance and replacement more convenient and efficient.

YUDO PACK series is mainly used in medical treatment, packaging and other plastic products. Its main features are as follows.
1.The compact nozzle design is suitable for compact cavity layout.
2.The high-precision valve pin guidance can better ensure the gate quality.
3.The inlaid nozzle tip structure can prolong its service life.
4.The reasonable heat distribution of the heating coil makes the start-up more convenient and easy.
5.The high-strength spring prepressing makes the system applicable to a wider range of process windows while ensuring leak proof performance.
6.Nozzle tip, heating coil and thermocouple can be maintained and replaced directly on the machine, making maintenance and replacement more convenient and efficient.

Application: Packaging Medical

The world is shifting to electric vehicles. Automakers need solutions to address thermal runaway and fire protection challenges. In addition, consumers need to have confidence in the safety and performance of EVs. This thermoplastic EV battery pack cover, in use today on a pHEV from Honda, can meet the needs of both audiences. A flame retardant SABIC® polypropylene compound from SABIC is used to mold the part. When exposed to flames, this material helps promote the formation of a protective intumescent char to physically and thermally protect the battery pack cover. With steel, thermal blankets are required, which adds significant weight, cost and environmental concerns. The SABIC material, by contrast, delivers up to 40% in weight savings, contributing to extended vehicle range, saves costs by functional integration, is recyclable, and has a lower overall CO2 footprint. This Honda EV battery cover meets China’s stringent fire regulations. The part is a 2022 Edison Award Silver Winner.

The world is shifting to electric vehicles. Automakers need solutions to address thermal runaway and fire protection challenges. In addition, consumers need to have confidence in the safety and performance of EVs. This thermoplastic EV battery pack cover, in use today on a pHEV from Honda, can meet the needs of both audiences. A flame retardant SABIC® polypropylene compound from SABIC is used to mold the part. When exposed to flames, this material helps promote the formation of a protective intumescent char to physically and thermally protect the battery pack cover. With steel, thermal blankets are required, which adds significant weight, cost and environmental concerns. The SABIC material, by contrast, delivers up to 40% in weight savings, contributing to extended vehicle range, saves costs by functional integration, is recyclable, and has a lower overall CO2 footprint. This Honda EV battery cover meets China’s stringent fire regulations. The part is a 2022 Edison Award Silver Winner.

Application: Automotive New Energy Daily Chemicals

A dual filtering system is implemented on an extruder, which has perfect filtering effects for recycled materials with relatively high impurity content. For example, the final LDPE pellets can reach the application of blown film level or higher. On this extruder, the first self-developed self-cleaning filter developed by Aceretech eliminates the tedious manual screen change and automatically cleaning and slagging; the second super-large area double-column screen changer extends the screen change time and reduce the changing frequency, also can be replaced with different precision filters to achieve different application requirements. These two filters can give full play to the efficiency of the exhaust section, and the plastic pellets will be significantly improved. The operating system can be remotely interconnected to realize the digital intelligent workshop and enter the digital production era.

A dual filtering system is implemented on an extruder, which has perfect filtering effects for recycled materials with relatively high impurity content. For example, the final LDPE pellets can reach the application of blown film level or higher. On this extruder, the first self-developed self-cleaning filter developed by Aceretech eliminates the tedious manual screen change and automatically cleaning and slagging; the second super-large area double-column screen changer extends the screen change time and reduce the changing frequency, also can be replaced with different precision filters to achieve different application requirements. These two filters can give full play to the efficiency of the exhaust section, and the plastic pellets will be significantly improved. The operating system can be remotely interconnected to realize the digital intelligent workshop and enter the digital production era.

ReliableS5 Line is Sepro’s 5th generation of robots. Building on its position as Manufacturer no.1 in Europe and with 30,000 installations around the world, Sepro offers a high-performing robot with accomplished design.S5-25 Speed is Vertical arm optimized for speed，Motor on vertical arm resized，acceleration Z upgraded from 3 to 6 g (vs S5-25 std) ，Up to 6m / sec on the vertical axis RigidThe single-piece, frame structure and prismatic linear guide rails bring high rigidity adapted to high accelerations of the mobile parts. Quick motors and clever software Powerful servomotors allied with a clever anti-vibration software ensure maximum accelerations and minimum intervention times. ApplicationThin wall packaging with overall cycle time overall cycle time ≤ 4 sThe Y free functionAvailable as standard makes programming easier for parts ejection tracking and enables you to save on gripper costs thanks to a simpler design. A control cabinet with an innovative, modular layoutThe compact beam-mounted control cabinet comes as standard ，is designed to save floor space. Sepro also offers, as an option a floor mounted control cabinet, to facilitate easier access for maintenance.

Reliable
S5 Line is Sepro’s 5th generation of robots. Building on its position as Manufacturer no.1 in Europe and with 30,000 installations around the world, Sepro offers a high-performing robot with accomplished design.
S5-25 Speed is Vertical arm optimized for speed，Motor on vertical arm resized，acceleration Z upgraded from 3 to 6 g (vs S5-25 std) ，Up to 6m / sec on the vertical axis
Rigid
The single-piece, frame structure and prismatic linear guide rails bring high rigidity adapted to high accelerations of the mobile parts.
Quick motors and clever software
Powerful servomotors allied with a clever anti-vibration software ensure maximum accelerations and minimum intervention times.
Application
Thin wall packaging with overall cycle time overall cycle time ≤ 4 s
The Y free function
Available as standard makes programming easier for parts ejection tracking and enables you to save on gripper costs thanks to a simpler design.
A control cabinet with an innovative, modular layout
The compact beam-mounted control cabinet comes as standard ，is designed to save floor space. Sepro also offers, as an option a floor mounted control cabinet, to facilitate easier access for maintenance.

Application: Packaging

Yudrive II is an electric motor control equipment developed and produced by YUDO company using the most modern engineering technology and manufacturing technology. The use of clean energy, the electric energy can reduce environmental pollution, provide a clean operating environment and realize cleaner production. In addition to direct touch screen control, the device can also be connected to mobile devices to remotely control the movement of valve pin through mobile phones, tablets and laptops.
The equipment can be easily configured and control commands can be input through the man-machine interface. The equipment can fully control the position, speed, thrust and stroke of the valve pin. The position control accuracy of the valve pin is high, up to 0.1mm. The equipment has a variety of modes, such as timing control mode, screw injection metering mode and the combination mode of the two. It can be operated manually and automatically at the same time.
The number of controllable gates of single equipment can be up to 16 groups, and the segmented movement of valve pin can be set up at most 12 steps to realize multi-stage injection molding and multi-layer injection molding, improve the color change efficiency, shorten the injection molding cycle, fully improve the injection molding process and improve the quality of plastic parts. The equipment uses computer technology to fully improve automation and intelligence.

Yudrive II is an electric motor control equipment developed and produced by YUDO company using the most modern engineering technology and manufacturing technology. The use of clean energy, the electric energy can reduce environmental pollution, provide a clean operating environment and realize cleaner production. In addition to direct touch screen control, the device can also be connected to mobile devices to remotely control the movement of valve pin through mobile phones, tablets and laptops.
The equipment can be easily configured and control commands can be input through the man-machine interface. The equipment can fully control the position, speed, thrust and stroke of the valve pin. The position control accuracy of the valve pin is high, up to 0.1mm. The equipment has a variety of modes, such as timing control mode, screw injection metering mode and the combination mode of the two. It can be operated manually and automatically at the same time.
The number of controllable gates of single equipment can be up to 16 groups, and the segmented movement of valve pin can be set up at most 12 steps to realize multi-stage injection molding and multi-layer injection molding, improve the color change efficiency, shorten the injection molding cycle, fully improve the injection molding process and improve the quality of plastic parts. The equipment uses computer technology to fully improve automation and intelligence.

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

DuPont plans to launch the best class of laser transmission modified Crastin PBT resins which could demonstrate over 50% laser transmission performance improvement compared with current market offering. It enables high design flexibility with a stable dimension and low warpage performance to the industry. DuPont possesses a robust PBT product portfolio for laser transparent requirements, providing differentiated solutions in hydrolysis resistance, high flow processability and electronic features (high CTI). The new grades will be strong addition to the end application in ADAS and sensors.

DuPont plans to launch the best class of laser transmission modified Crastin PBT resins which could demonstrate over 50% laser transmission performance improvement compared with current market offering. It enables high design flexibility with a stable dimension and low warpage performance to the industry. DuPont possesses a robust PBT product portfolio for laser transparent requirements, providing differentiated solutions in hydrolysis resistance, high flow processability and electronic features (high CTI). The new grades will be strong addition to the end application in ADAS and sensors.

Application: Automotive New Energy

As part of a new effort to reduce plastic waste in the world’s oceans, SABIC and Microsoft Corporation have collaborated to create Microsoft’s first consumer electronic product – The Microsoft Ocean Plastic Mouse – with an exterior shell containing 20% recycled ocean plastic. This collaboration spurred the development of SABIC’s new ocean plastic XENOY™ resin as part of SABIC’s TRUCIRCLE™ portfolio and services and demonstrates the power of value chain collaboration to drive the development of the circular economy for plastics.Ocean plastic (OP) is defined as plastic that has been certified by a third party as recovered from any ocean or ocean-feeding waterways or where it washed ashore from these locations. As it is often exposed to extreme conditions that degrade its mechanical properties, mechanically recycling OP into demanding applications such as consumer electronics (CE) can be difficult. SABIC heard about Microsoft’s objective of creating a CE product made with at least 10% recycled OP as part of their commitment to achieve zero waste by 2030 and joined the challenge to source the OP and formulate a resin that could meet Microsoft’s demanding product targets.

As part of a new effort to reduce plastic waste in the world’s oceans, SABIC and Microsoft Corporation have collaborated to create Microsoft’s first consumer electronic product – The Microsoft Ocean Plastic Mouse – with an exterior shell containing 20% recycled ocean plastic. This collaboration spurred the development of SABIC’s new ocean plastic XENOY™ resin as part of SABIC’s TRUCIRCLE™ portfolio and services and demonstrates the power of value chain collaboration to drive the development of the circular economy for plastics.
Ocean plastic (OP) is defined as plastic that has been certified by a third party as recovered from any ocean or ocean-feeding waterways or where it washed ashore from these locations. As it is often exposed to extreme conditions that degrade its mechanical properties, mechanically recycling OP into demanding applications such as consumer electronics (CE) can be difficult. SABIC heard about Microsoft’s objective of creating a CE product made with at least 10% recycled OP as part of their commitment to achieve zero waste by 2030 and joined the challenge to source the OP and formulate a resin that could meet Microsoft’s demanding product targets.

Application: E&E, IT & Telecommunication

Evonik launched a sustainable upgrade of the VESTAMID® E40 called VESTAMID® eCO E40. This uses a sustainable feedstock of end-of-life tires. We substitute 50% of the fossil based raw materials in the value chain with this circular feedstock.To further improve the carbon footprint of this product, we use only green power in the production. The sustainable manufacturing process does not change the properties of the product. VESTAMID® eCO E40 can be used as a one-on-one replacement in existing applications. Our customers can easily use this product within their existing production processes without changing anything. Together we can drive the sustainable transformation of the industry.

Evonik launched a sustainable upgrade of the VESTAMID® E40 called VESTAMID® eCO E40. This uses a sustainable feedstock of end-of-life tires. We substitute 50% of the fossil based raw materials in the value chain with this circular feedstock.To further improve the carbon footprint of this product, we use only green power in the production. The sustainable manufacturing process does not change the properties of the product. VESTAMID® eCO E40 can be used as a one-on-one replacement in existing applications. Our customers can easily use this product within their existing production processes without changing anything. Together we can drive the sustainable transformation of the industry.

Application: Sports & Leisure

Celanese's POM ECO-B contains up to 97% bio-content via a mass-balance approach as certified by the International Sustainability and Carbon Certification (ISCC+). It reduces carbon dioxide footprint per kilogram of POM polymer by more than half without any impact on properties or need for requalification. POM ECO-B allows customers to realize reduction in carbon dioxide emission in their end-use products and advance toward their renewable content goals. Celanese believes that this offering has a strong value proposition for customers in the automotive, consumer products and medical device industries where footprint reduction or renewable content is important.

Celanese's POM ECO-B contains up to 97% bio-content via a mass-balance approach as certified by the International Sustainability and Carbon Certification (ISCC+). It reduces carbon dioxide footprint per kilogram of POM polymer by more than half without any impact on properties or need for requalification. POM ECO-B allows customers to realize reduction in carbon dioxide emission in their end-use products and advance toward their renewable content goals. Celanese believes that this offering has a strong value proposition for customers in the automotive, consumer products and medical device industries where footprint reduction or renewable content is important.

Application: Automotive Medical

Performance Biomaterial for Large-Format 3D Printing.NatureWorks developed Ingeo™ 3D700 for large-format 3D printing to significantly reduce warping and print failures. Failed prints are a common risk in large-format printing due to the high rate and volume of polymer deposition. Some materials, like ABS, may warp, while others, like certain polyolefins or general-purpose PLA grades, may shrink. These behaviors result in failed prints as warping can pull parts away from the print bed and cause layer separation. Considering industrial application prints of this size require more filament and time to print, failure during production is costly. NatureWorks’s Ingeo 3D700 controls the polymer-microstructure, resulting in an amorphous PLA grade that has a low material shrink rate, critical for reducing warpage, improving gap fill and adhesion, and ensuring successful prints. Filaments made with Ingeo biopolymer PLA have notable performance characteristics such as precise detail, good adhesion to build plates with no heating needed, reduced warping, and low odor while printing, making Ingeo PLA an essential material for the 3D printing market from consumer-level to industrial applications. Safer Sustainable Material - First-of-Its-Kind Certification Eliminates Harmful PFAS in Food ServicewareAt NatureWorks, our purpose is to invent safe and environmentally sustainable materials for use in everyday products. As such, we are proud to be the first material company to achieve the GreenScreen Certified Standard Platinum level of certification in recognition of our work using the principles of green chemistry to create safe, bio-based alternatives to fossil-based plastics. The Center for Environmental Health (CEH) and Clean Production Action (CPA) developed the GreenScreen Certified Standard for Food Service Ware in consultation with a diverse group of stakeholders, including manufacturers, purchasers, and external scientific experts from nonprofit and industry groups. This certification recognizes our Ingeo™ biopolymer not just as a material for high performance compostable food serviceware, but also as a preferred alternative to materials that rely on PFAS “forever chemicals,” which take thousands of years to break down in the environment and can cause serious health issues. The certification draws from CEH’s extensive work testing single-use food serviceware for PFAS and builds on CPA’s GreenScreen® for Safer Chemicals, the globally recognized tool for chemical hazard assessment used by governments, companies, and certification standards to encourage the design and use of inherently safer chemical ingredients.

Performance Biomaterial for Large-Format 3D Printing.
NatureWorks developed Ingeo™ 3D700 for large-format 3D printing to significantly reduce warping and print failures. Failed prints are a common risk in large-format printing due to the high rate and volume of polymer deposition. Some materials, like ABS, may warp, while others, like certain polyolefins or general-purpose PLA grades, may shrink. These behaviors result in failed prints as warping can pull parts away from the print bed and cause layer separation. Considering industrial application prints of this size require more filament and time to print, failure during production is costly. NatureWorks’s Ingeo 3D700 controls the polymer-microstructure, resulting in an amorphous PLA grade that has a low material shrink rate, critical for reducing warpage, improving gap fill and adhesion, and ensuring successful prints. Filaments made with Ingeo biopolymer PLA have notable performance characteristics such as precise detail, good adhesion to build plates with no heating needed, reduced warping, and low odor while printing, making Ingeo PLA an essential material for the 3D printing market from consumer-level to industrial applications.
Safer Sustainable Material - First-of-Its-Kind Certification Eliminates Harmful PFAS in Food Serviceware
At NatureWorks, our purpose is to invent safe and environmentally sustainable materials for use in everyday products. As such, we are proud to be the first material company to achieve the GreenScreen Certified Standard Platinum level of certification in recognition of our work using the principles of green chemistry to create safe, bio-based alternatives to fossil-based plastics. The Center for Environmental Health (CEH) and Clean Production Action (CPA) developed the GreenScreen Certified Standard for Food Service Ware in consultation with a diverse group of stakeholders, including manufacturers, purchasers, and external scientific experts from nonprofit and industry groups. This certification recognizes our Ingeo™ biopolymer not just as a material for high performance compostable food serviceware, but also as a preferred alternative to materials that rely on PFAS “forever chemicals,” which take thousands of years to break down in the environment and can cause serious health issues.
The certification draws from CEH’s extensive work testing single-use food serviceware for PFAS and builds on CPA’s GreenScreen® for Safer Chemicals, the globally recognized tool for chemical hazard assessment used by governments, companies, and certification standards to encourage the design and use of inherently safer chemical ingredients.

Application: Building Materials

Developed by BASF, Elastopir® PU thermal insulation materials have effective fire retardant. Based on the excellent property of fire retardant, it is widely used in insulation wall, board, cold storage and many more applications. The range of Elastopir® product is used in the insulation project of continuous and non-continuous sandwich panel, and the high speed flexible panel for insulation solutions. Elastopir® also uses the green blowing agent with zero-ODP and low GWP, such as hydrocarbon (C-pentane, N-pentane) and HFO.Elastopir® CH 1132/529 series is the B1 grade PU continuous panel with pentane blowing agent by BASF. This product does not only contain the excellent properties of Elastopir®, but also meets the requirement of GB 8624-2012 B1-C and GB50072-2021. In recent years, BASF has been developing the energy efficiency performance sandwich panel system, and has a leading position in the industry.

Developed by BASF, Elastopir® PU thermal insulation materials have effective fire retardant. Based on the excellent property of fire retardant, it is widely used in insulation wall, board, cold storage and many more applications. The range of Elastopir® product is used in the insulation project of continuous and non-continuous sandwich panel, and the high speed flexible panel for insulation solutions. Elastopir® also uses the green blowing agent with zero-ODP and low GWP, such as hydrocarbon (C-pentane, N-pentane) and HFO.
Elastopir® CH 1132/529 series is the B1 grade PU continuous panel with pentane blowing agent by BASF. This product does not only contain the excellent properties of Elastopir®, but also meets the requirement of GB 8624-2012 B1-C and GB50072-2021. In recent years, BASF has been developing the energy efficiency performance sandwich panel system, and has a leading position in the industry.

Application: Building Materials

New EB grade of Dows Next Generation ENGAGE POE Eliminate flow marks and meet A-Class appearance requirement Excellent low temperature toughness to ensure the safety Improves the balance between processing and flowability and provides wide range of choices for thermoplastic polyolefin (TPO) compound design Enables metal replacement with lightweight plastics to increase fuel economy.

New EB grade of Dows Next Generation ENGAGE POE Eliminate flow marks and meet A-Class appearance requirement Excellent low temperature toughness to ensure the safety Improves the balance between processing and flowability and provides wide range of choices for thermoplastic polyolefin (TPO) compound design Enables metal replacement with lightweight plastics to increase fuel economy.

Application: Automotive

As a designer of materials and innovative solutions, Arkema brings Advanced Bio-Circular (ABC) Materials to many markets, providing more sustainable material solutions.Arkema's high-performance polymer materials include flagship Rilsan® PA11 long chain polyamides and Pebax® Rnew® thermoplastic elastomer series, whose excellent overall performance and durability are proven in many harsh industrial applications around the world . They are renewable, bio-based polymer materials derived from castor bean, which grows in poor soil and does not compete with food crops. Compared with petroleum-based polymer materials such as nylon 12, this series of bio-based polymers brings a lower carbon footprint and has a lower impact on the environment.Arkema brings high-performance, bio-based, recycled and sustainable material solutions to markets such as automotive, consumer electronics, sports, consumer goods, medical and more. Arkema also provides material solutions for post-industrial recycling and post-consumer recycling for strategic partners, to contribute to the development of the circular economy.Rilsan®, Pebax® Rnew® are registered trademarks of Arkema.For more details, please visit the official website hpp.arkema.com

As a designer of materials and innovative solutions, Arkema brings Advanced Bio-Circular (ABC) Materials to many markets, providing more sustainable material solutions.
Arkema's high-performance polymer materials include flagship Rilsan® PA11 long chain polyamides and Pebax® Rnew® thermoplastic elastomer series, whose excellent overall performance and durability are proven in many harsh industrial applications around the world . They are renewable, bio-based polymer materials derived from castor bean, which grows in poor soil and does not compete with food crops. Compared with petroleum-based polymer materials such as nylon 12, this series of bio-based polymers brings a lower carbon footprint and has a lower impact on the environment.
Arkema brings high-performance, bio-based, recycled and sustainable material solutions to markets such as automotive, consumer electronics, sports, consumer goods, medical and more. Arkema also provides material solutions for post-industrial recycling and post-consumer recycling for strategic partners, to contribute to the development of the circular economy.
Rilsan®, Pebax® Rnew® are registered trademarks of Arkema.
For more details, please visit the official website hpp.arkema.com

Application: Automotive Medical E&E, IT & Telecommunication Sports & Leisure

INFINAM® RG 3101 L is a specialty resin for additive manufacturing SLA and DLP launched by Evonik in early 2022. This ready-to-use material combines excellent impact and high temperature resistance while exhibiting long-lasting thermo-mechanical properties. It can replace some of the engineering plastics manufactured by traditional processes for use in the manufacture of drones, buckles or automotive parts. INFINAM® RG 3101 L can be subjected to strong force due to its maintainable fracture resistance.

INFINAM® RG 3101 L is a specialty resin for additive manufacturing SLA and DLP launched by Evonik in early 2022. This ready-to-use material combines excellent impact and high temperature resistance while exhibiting long-lasting thermo-mechanical properties. It can replace some of the engineering plastics manufactured by traditional processes for use in the manufacture of drones, buckles or automotive parts. INFINAM® RG 3101 L can be subjected to strong force due to its maintainable fracture resistance.

Application: Automotive E&E, IT & Telecommunication

At Polyplastics, we mainly offer pellet-shaped engineering plastics for injection and extrusion molding. In expanding our lineup, we considered how we could accommodate demand from customers who have expressed the desire to also use engineering plastics and add new functionalities to products in manufacturing methods for which pellets are incompatible. Believing that powder form could be one solution, we developed DURAST™ Powder in a distinctive shape with fine, narrow particle size distribution. We now offer this material that makes new functionalities possible. [Solutions] Offer powder resin with fine, narrow particle size distribution (10 μm-200 μm) ．Fine powder with no sharp corners (POM, PBT, PPS) ．Anisotropic powder/spherical fine powder (LCP) [Applications] Enables improvements to properties and compatibility with various manufacturing methods as follows ．Improves product properties as an additive to other materials ．Creates porous molded objects by sintering ．Creates block materials through compression molding ．Creates molding materials in 3D printing with the SLS method

At Polyplastics, we mainly offer pellet-shaped engineering plastics for injection and extrusion molding. In expanding our lineup, we considered how we could accommodate demand from customers who have expressed the desire to also use engineering plastics and add new functionalities to products in manufacturing methods for which pellets are incompatible. Believing that powder form could be one solution, we developed DURAST™ Powder in a distinctive shape with fine, narrow particle size distribution. We now offer this material that makes new functionalities possible.
[Solutions]
Offer powder resin with fine, narrow particle size distribution (10 μm-200 μm)
．Fine powder with no sharp corners (POM, PBT, PPS)
．Anisotropic powder/spherical fine powder (LCP)
[Applications]
Enables improvements to properties and compatibility with various manufacturing methods as follows
．Improves product properties as an additive to other materials
．Creates porous molded objects by sintering
．Creates block materials through compression molding
．Creates molding materials in 3D printing with the SLS method

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

KRAIBURG TPE’s new THERMOLAST® H product line targeting healthcare and medical device applications exclusively within the Asia Pacific. The TPE series are free from toxic substances and contain neither latex, PVC, phthalates, nor heavy metals. Furthermore, the compounds comply with ISO 10993-5, GB/T 16886.5, and other relevant medical standards. KRAIBURG TPE’s THERMOLAST® H meets global food regulatory standards such as China GuoBiao (GB) GB4806, FDA-Code of Federal Regulations (CFR) Title 21, and Commission Regulation (EU) No. 10/2011. Moreover, it complies with RoHS and REACH standards and is sterilizable with autoclave 121°C and EtO.With good adhesion to PP and PE, haptics and compression set, THERMOLAST® H is suitable for applications such as closures, flexible connections, medical tubing, syringe gaskets, catheter connectors, mouthpieces, and more; as well as for applications requiring soft-touch features such as grips, switches, and mats.

KRAIBURG TPE’s new THERMOLAST® H product line targeting healthcare and medical device applications exclusively within the Asia Pacific. The TPE series are free from toxic substances and contain neither latex, PVC, phthalates, nor heavy metals.
Furthermore, the compounds comply with ISO 10993-5, GB/T 16886.5, and other relevant medical standards. KRAIBURG TPE’s THERMOLAST® H meets global food regulatory standards such as China GuoBiao (GB) GB4806, FDA-Code of Federal Regulations (CFR) Title 21, and Commission Regulation (EU) No. 10/2011. Moreover, it complies with RoHS and REACH standards and is sterilizable with autoclave 121°C and EtO.
With good adhesion to PP and PE, haptics and compression set, THERMOLAST® H is suitable for applications such as closures, flexible connections, medical tubing, syringe gaskets, catheter connectors, mouthpieces, and more; as well as for applications requiring soft-touch features such as grips, switches, and mats.

Application: Medical Packaging

Wanhua Chemical Group control the quality of products, establish quality management system, ensure product traceability in each step. The recycling chain achieves the recovery and utilization of Wanhua Recycled Polycarbonate, prolongs the life cycle of products and reduces carbon emissions.

Wanhua Chemical Group control the quality of products, establish quality management system, ensure product traceability in each step. The recycling chain achieves the recovery and utilization of Wanhua Recycled Polycarbonate, prolongs the life cycle of products and reduces carbon emissions.

Application: E&E, IT & Telecommunication

SEBS GP-9645D has a lower styrene percentage at 13%, making it softer and more elastic than conventional HSBC grades. High transparent GP-9645D could provide excellent elasticity for film, tube , plastics impact modification and Polyolefin replacement. Based on in-house technology on stable process control,GP-9645D have stable color appearance, good heat and UV resistance . Currently,GP-9645D have passed the tests of Class VI plastic specified in USP32 <88> and ISO 10993-4, 10993-5, 10993-6, 10993-10, 10993-11, which assess the suitability of materials (plastic articles) intended for use in medical application. All additives used in GP-9645D are positive listed in Annex A (permissible additives in food container & packaging materials and requirements for uses) of GB9685-2016, the Hygienic Standards for Uses of Additives in Food Containers and Packaging Materials.

SEBS GP-9645D has a lower styrene percentage at 13%, making it softer and more elastic than conventional HSBC grades. High transparent GP-9645D could provide excellent elasticity for film, tube , plastics impact modification and Polyolefin replacement. Based on in-house technology on stable process control,GP-9645D have stable color appearance, good heat and UV resistance .
Currently,GP-9645D have passed the tests of Class VI plastic specified in USP32 <88> and ISO 10993-4, 10993-5, 10993-6, 10993-10, 10993-11, which assess the suitability of materials (plastic articles) intended for use in medical application. All additives used in GP-9645D are positive listed in Annex A (permissible additives in food container & packaging materials and requirements for uses) of GB9685-2016, the Hygienic Standards for Uses of Additives in Food Containers and Packaging Materials.

Application: Aerospace, Aviation, Railway Transport Daily Chemicals E&E, IT & Telecommunication New Energy Packaging

The world is shifting to electric vehicles. Automakers need solutions to address thermal runaway and fire protection challenges. In addition, consumers need to have confidence in the safety and performance of EVs. This thermoplastic EV battery pack cover, in use today on a pHEV from Honda, can meet the needs of both audiences. A flame retardant SABIC® polypropylene compound from SABIC is used to mold the part. When exposed to flames, this material helps promote the formation of a protective intumescent char to physically and thermally protect the battery pack cover. With steel, thermal blankets are required, which adds significant weight, cost and environmental concerns. The SABIC material, by contrast, delivers up to 40% in weight savings, contributing to extended vehicle range, saves costs by functional integration, is recyclable, and has a lower overall CO2 footprint. This Honda EV battery cover meets China’s stringent fire regulations. The part is a 2022 Edison Award Silver Winner.

The world is shifting to electric vehicles. Automakers need solutions to address thermal runaway and fire protection challenges. In addition, consumers need to have confidence in the safety and performance of EVs. This thermoplastic EV battery pack cover, in use today on a pHEV from Honda, can meet the needs of both audiences. A flame retardant SABIC® polypropylene compound from SABIC is used to mold the part. When exposed to flames, this material helps promote the formation of a protective intumescent char to physically and thermally protect the battery pack cover. With steel, thermal blankets are required, which adds significant weight, cost and environmental concerns. The SABIC material, by contrast, delivers up to 40% in weight savings, contributing to extended vehicle range, saves costs by functional integration, is recyclable, and has a lower overall CO2 footprint. This Honda EV battery cover meets China’s stringent fire regulations. The part is a 2022 Edison Award Silver Winner.

Application: Automotive New Energy Daily Chemicals

Husky Technologies™ is offering a comprehensive range of injection molding solutions: from fully integrated industry-leading Medical Systems, to all the key sub-elements as Swiss quality Schöttli™ molds, high precision Hot Runners, Altanium® temperature controllers and Shotscope™ NX productivity monitoring software. Our systems work together or can be used independently, all with a common goal of helping our customers produce more high-quality parts, faster and more efficiently.By providing the entire system, Husky supports the systematic elimination of waste and variability from the injection molding process, mitigates risks and ensures the production of safer devices for end users. Husky Systems provide higher levels of productivity, less waste and improved part quality at the fastest possible cycle times, with a single source supplier to manage all system requirements throughout its life.Husky’s Hot Runners are also suitable for a wide range of applications and markets, such as Medical, Consumer Electronics and Packaging. Decades of expertise, best in class service and unmatched product quality make Husky the industries most trusted supplier.

Husky Technologies™ is offering a comprehensive range of injection molding solutions: from fully integrated industry-leading Medical Systems, to all the key sub-elements as Swiss quality Schöttli™ molds, high precision Hot Runners, Altanium® temperature controllers and Shotscope™ NX productivity monitoring software. Our systems work together or can be used independently, all with a common goal of helping our customers produce more high-quality parts, faster and more efficiently.
By providing the entire system, Husky supports the systematic elimination of waste and variability from the injection molding process, mitigates risks and ensures the production of safer devices for end users. Husky Systems provide higher levels of productivity, less waste and improved part quality at the fastest possible cycle times, with a single source supplier to manage all system requirements throughout its life.
Husky’s Hot Runners are also suitable for a wide range of applications and markets, such as Medical, Consumer Electronics and Packaging. Decades of expertise, best in class service and unmatched product quality make Husky the industries most trusted supplier.

Application: Packaging Medical

An ENGEL e-mac 465/180 producing 32 cavities of insulin syringe (1 ml), ENGEL will provide you with an update on new trends and technologies in the medical industry. e-mac features: 1. Maximum output with smallest footprint 2. Wide scope of individual options available 3. Large tie- bar spacing 4. iQ products ready 5. Intelligent and compact integrated servo- hydraulic available 6. New all- electric injection units for maximum flexibility for customers

An ENGEL e-mac 465/180 producing 32 cavities of insulin syringe (1 ml), ENGEL will provide you with an update on new trends and technologies in the medical industry. e-mac features:
1. Maximum output with smallest footprint
2. Wide scope of individual options available
3. Large tie- bar spacing
4. iQ products ready
5. Intelligent and compact integrated servo- hydraulic available
6. New all- electric injection units for maximum flexibility for customers

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

We all experience such difficulites that unstable mold temperatue resulting in NG products and low production efficiency. This webinar will bring a mold temperature stability technology blended with IOT technology and water treatment technology.Not only media temperature stability but also the media fluxility stablity and good heat condution efficiency of mold water pipe are all necessary to ensure the stability of mold temperature.By IOT technology management monitoring to achieve high quality and efficieny production.Additionally by monitoring the data of 3 factors of mold temperature stability,it can record the timing of problems happening.Therefore it can analyse the root cause more accurately and provide effective quality checking solutions.

We all experience such difficulites that unstable mold temperatue resulting in NG products and low production efficiency. This webinar will bring a mold temperature stability technology blended with IOT technology and water treatment technology.Not only media temperature stability but also the media fluxility stablity and good heat condution efficiency of mold water pipe are all necessary to ensure the stability of mold temperature.By IOT technology management monitoring to achieve high quality and efficieny production.Additionally by monitoring the data of 3 factors of mold temperature stability,it can record the timing of problems happening.Therefore it can analyse the root cause more accurately and provide effective quality checking solutions.

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

JE10800WM-1700 / A1100 hybrid injection molding machine with horizontal rotary function is a new structure in the field of multi-component injection molding. There are two full-electric injection units arranged face to face, and a two-platen clamping unit works with them. The auxiliary injection unit can travel with the moving platen or travel to it. In addition, a horizontal rotating device that can travel to the head platen or the moving platen is equipped between them with up to two sets of molds. Combining with the advantages of full-electric technology, a two-platen clamping unit, and the multi-component solution, it can gain advantages of high injection precision, fast dry cycle, wide application range, low energy consumption, large mold capacity, a long moving stroke, compact structure, etc.The application of full-electric injection units in this machine not only improves the injection repetition accuracy but also shortens the cycle time and reduces energy consumption. It provides another choice for the production of large-scale 2K precision parts, which can replace imported equipment.

JE10800WM-1700 / A1100 hybrid injection molding machine with horizontal rotary function is a new structure in the field of multi-component injection molding. There are two full-electric injection units arranged face to face, and a two-platen clamping unit works with them. The auxiliary injection unit can travel with the moving platen or travel to it.
In addition, a horizontal rotating device that can travel to the head platen or the moving platen is equipped between them with up to two sets of molds. Combining with the advantages of full-electric technology, a two-platen clamping unit, and the multi-component solution, it can gain advantages of high injection precision, fast dry cycle, wide application range, low energy consumption, large mold capacity, a long moving stroke, compact structure, etc.
The application of full-electric injection units in this machine not only improves the injection repetition accuracy but also shortens the cycle time and reduces energy consumption. It provides another choice for the production of large-scale 2K precision parts, which can replace imported equipment.

Application: Sports & Leisure

SACMI PRESENTS THE 4.0 RIGID PACKAGING R-EVOLUTION. The cap and PET preform manufacturing is no longer the same. Through a deep digitalization of the processes, including the innovative Smart pack and Smart care solutions, SACMI provides groundbreaking digital controls for cap and preform lines. The goal? Ensure that Clients' investments are the most profitable by proactively seizing the digital transition opportunities.

SACMI PRESENTS THE 4.0 RIGID PACKAGING R-EVOLUTION. The cap and PET preform manufacturing is no longer the same. Through a deep digitalization of the processes, including the innovative Smart pack and Smart care solutions, SACMI provides groundbreaking digital controls for cap and preform lines. The goal? Ensure that Clients' investments are the most profitable by proactively seizing the digital transition opportunities.

Application: Packaging

Capture your share of the rapid growth in digital flexible packaging with the field-proven solution.You can profitably deliver a vast range of on-demand, sustainable packages with a holistic production ecosystem. This digital mid-web press is designed to perfectly address the on-demand flexible packaging market with optimized production efficiency and minimal environmental impact. Click for Free Sampling

Capture your share of the rapid growth in digital flexible packaging with the field-proven solution.You can profitably deliver a vast range of on-demand, sustainable packages with a holistic production ecosystem. This digital mid-web press is designed to perfectly address the on-demand flexible packaging market with optimized production efficiency and minimal environmental impact.
Click for Free Sampling

Application: Packaging

ACOPOS 6D Planar Magnetic Levitation Flexible Conveying System can help manufacturing companies to achieve mass customized production. Through this conveying system, each product can pass through different stations along its own path according to actual needs. One machine can convey and process different types of products at the same time, even completely different products, to achieve highly flexible production.

ACOPOS 6D Planar Magnetic Levitation Flexible Conveying System can help manufacturing companies to achieve mass customized production. Through this conveying system, each product can pass through different stations along its own path according to actual needs. One machine can convey and process different types of products at the same time, even completely different products, to achieve highly flexible production.

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

NEO Ms the winner of the Industry Innovation Award, has a compact mechanical structure, excellent performance and easy implementation of multi-purpose machines. Two opposite single-cylinder precise injection units or high-speed full electric injection unit can be equipped at the same time to meet the requirements of more products characteristics. In addition, opposite injection unit moves synchronously with the moving platen, more efficient is achieved. Heavy-duty linear guide for the medium platen: supports heavier molds, lower friction resistance, and runs more smoothly.The speed reducer and servo motor drive for the rotation of the medium platen: it can rotate larger and heavier molds, adapt to more special two-color auto parts molds, servo control is more accurate, and energy saving.The medium platen movement is controlled by proportional valve,the max. positional repeatability of mold opening and the medium platen ≤1 mm.

NEO Ms the winner of the Industry Innovation Award, has a compact mechanical structure, excellent performance and easy implementation of multi-purpose machines. Two opposite single-cylinder precise injection units or high-speed full electric injection unit can be equipped at the same time to meet the requirements of more products characteristics. In addition, opposite injection unit moves synchronously with the moving platen, more efficient is achieved. Heavy-duty linear guide for the medium platen: supports heavier molds, lower friction resistance, and runs more smoothly.The speed reducer and servo motor drive for the rotation of the medium platen: it can rotate larger and heavier molds, adapt to more special two-color auto parts molds, servo control is more accurate, and energy saving.The medium platen movement is controlled by proportional valve,the max. positional repeatability of mold opening and the medium platen ≤1 mm.

Application: Automotive

Introducing a technological breakthroughSuccess Line X, the 5-axis version of the Success robots benefits from the very latest technology, as well as the reliable and high-performance mechanical designs developed by our design officesAn affordable high-end robotA very flexible solution for the customerA servo rotation from 6 axis Yaskawa: accuracy and reliabilitySepro Group is convinced that 5-servo-axis Cartesian robots represent the future of injection-molding automation. Success Line X: the new servo-wristThe new Success servo-wrist is co-developed with Yaskawa and is available on SUCCESS LINE X， High torque, high accuracy, compact design, available on all Success range: Success 11X, Success 22X, Success 33X New compact Z-box integrationThis configuration is more compact, allowing the integration ofUp to 8 vacuum and 8 pressure circuits as a standard optionPneumatic or servo rotation control. Available on all robots of all Success ranges. Smart lubrication system With the new Success lines comes a new lubrication system for the cam followers. Easy and quick maintenanceChanged only once a yearY free Motion: always availableThe Y free function is a Sepro manufacturing standard. It simplifies the programming of part accompaniment during ejection and can reduce the cost of your EOATs (simplified design).Compact beam-mounted control cabinetRedesigned cabinet for better accessibility and maintenance. Also available for the 5-axis Success line.The compact control cabinet is mounted on the end of the beam as standard. Its innovative feature is its flexible installation, as it can be installed on the left or right, depending on your setup, to free floor space.

Introducing a technological breakthrough
Success Line X, the 5-axis version of the Success robots benefits from the very latest technology, as well as the reliable and high-performance mechanical designs developed by our design offices
An affordable high-end robot
A very flexible solution for the customer
A servo rotation from 6 axis Yaskawa: accuracy and reliability
Sepro Group is convinced that 5-servo-axis Cartesian robots represent the future of injection-molding automation.
Success Line X: the new servo-wrist
The new Success servo-wrist is co-developed with Yaskawa and is available on SUCCESS LINE X， High torque, high accuracy, compact design, available on all Success range: Success 11X, Success 22X, Success 33X
New compact Z-box integration
This configuration is more compact, allowing the integration of
Up to 8 vacuum and 8 pressure circuits as a standard option
Pneumatic or servo rotation control.
Available on all robots of all Success ranges.
Smart lubrication system
With the new Success lines comes a new lubrication system for the cam followers.
Easy and quick maintenance
Changed only once a year
Y free Motion: always available
The Y free function is a Sepro manufacturing standard. It simplifies the programming of part accompaniment during ejection and can reduce the cost of your EOATs (simplified design).
Compact beam-mounted control cabinet
Redesigned cabinet for better accessibility and maintenance. Also available for the 5-axis Success line.
The compact control cabinet is mounted on the end of the beam as standard. Its innovative feature is its flexible installation, as it can be installed on the left or right, depending on your setup, to free floor space.

Application: Automotive

The industry-leading Co-injection multi-layer systems are now available for injecting light blocking barrier materials and other materials (High-Performance Barriers, Bio-Resins, and PCR/Scrap). Mold-Masters patented process control capabilities allows us to maintain complete core barrier coverage around the perimeter of non-symmetrical shapes and designs without core breakthrough, which can improve the packaging and extend the shelf life of food.

The industry-leading Co-injection multi-layer systems are now available for injecting light blocking barrier materials and other materials (High-Performance Barriers, Bio-Resins, and PCR/Scrap). Mold-Masters patented process control capabilities allows us to maintain complete core barrier coverage around the perimeter of non-symmetrical shapes and designs without core breakthrough, which can improve the packaging and extend the shelf life of food.

FLEXSIM is ESOPP's patented simultaneous stretching technology, invented 15 years ago and now in its fourth generation FLEXSIM+.Compared to sequential stretching techniques, FLEXSIM provides special stretching modes and greater mechanical stretching forces, which allow the production of new films of superior quality, especially the porosity distribution and control and the realization of perfect isotropic at the full width of the film. Therefore, ESOPP's simultaneous stretching technology FLEXSIM is especially suitable for the production of special films such as nylon (BOPA), ultra-thin films for capacitors, battery separators for both wet and dry processes, and new optical films.

FLEXSIM is ESOPP's patented simultaneous stretching technology, invented 15 years ago and now in its fourth generation FLEXSIM+.
Compared to sequential stretching techniques, FLEXSIM provides special stretching modes and greater mechanical stretching forces, which allow the production of new films of superior quality, especially the porosity distribution and control and the realization of perfect isotropic at the full width of the film. Therefore, ESOPP's simultaneous stretching technology FLEXSIM is especially suitable for the production of special films such as nylon (BOPA), ultra-thin films for capacitors, battery separators for both wet and dry processes, and new optical films.

Compactness and usability are the key features that have guided the development of CRX MOBILUX, the advanced dehumidification system available in 4 configurations. The standard one includes dryer + hopper and can be integrated - according to customer needs – with the DUO suction unit and the heating group for use up to 200 °C. The application of the in-line moisture analyzer Moisture Meter, available in all the configurations, helps to create a system with a high technological content. A unique and exclusive solution on the market. All in a single MOBILE application creating an independent and compact system to be placed next to the processing machine that integrates the plastic granule’s treatment and conveying activities, optimizing not only the management of the equipment, but also the spaces nearby the IMM. A user-friendly 7’’ touch screen control panel allows integrated management of the dryer, heating group, DUO suction unit and Moisture Meter. It is available also with OPC UA protocol.

Compactness and usability are the key features that have guided the development of CRX MOBILUX, the advanced dehumidification system available in 4 configurations. The standard one includes dryer + hopper and can be integrated - according to customer needs – with the DUO suction unit and the heating group for use up to 200 °C. The application of the in-line moisture analyzer Moisture Meter, available in all the configurations, helps to create a system with a high technological content. A unique and exclusive solution on the market. All in a single MOBILE application creating an independent and compact system to be placed next to the processing machine that integrates the plastic granule’s treatment and conveying activities, optimizing not only the management of the equipment, but also the spaces nearby the IMM. A user-friendly 7’’ touch screen control panel allows integrated management of the dryer, heating group, DUO suction unit and Moisture Meter. It is available also with OPC UA protocol.

Application: Automotive Packaging Food & Beverage

A safe choice. Bottle-to-bottle solutions from EREMA.The central advantage of VACUNITE® and VACUREMA® systems is the unique SafeFlake technology in the vacuum reactor, which units several central functions in one – in particular flake decontamination, drying and IV treatment.Advantages: - Superclean rPET pellets- For direct food contact: with IV value on a par with virgin material- Flexible input, consistent output: consistent end product in terms of IV value and colour despite varying moisture, IV values, bulk densities and flake wall thicknesses of the input material- High resource efficiency: technology saves energy, water and space- Easy to operate: high degree of automation

A safe choice. Bottle-to-bottle solutions from EREMA.
The central advantage of VACUNITE® and VACUREMA® systems is the unique SafeFlake technology in the vacuum reactor, which units several central functions in one – in particular flake decontamination, drying and IV treatment.
Advantages:
- Superclean rPET pellets
- For direct food contact: with IV value on a par with virgin material
- Flexible input, consistent output: consistent end product in terms of IV value and colour despite varying moisture, IV values, bulk densities and flake wall thicknesses of the input material
- High resource efficiency: technology saves energy, water and space
- Easy to operate: high degree of automation

Application: Packaging Food & Beverage