Home Blog Page 296

Complete Mould Making Solution for Packaging

Established in 2010, with the vision to provide reliable, productive PET hot runner moulds at an economical reach for the moulding industry. Leo is equipped with the best design development facility, quality machine tools, and inspection equipment for providing consistent performance as per customer requirements at a very competitive price.

Since its inception, Leo has been progressing continuously and has expertise in not only injection moulding but is now an industry leader in single-stage injection mould, and currently serving customers in 40 plus countries across the globe.

“With our current state-of-the-art facility and knowledge pool, we can meet our client’s expectations. We feel proud to be the trailblazer of Blood collection tube in India, and will continue to pioneer such trends. With excellent manufacturing practices coupled with best-in-class CNC and VMC machines, we have been working to achieve on-time delivery,” states MD.

Quality has been a major aspect of Leo’s product and its ISBM is an ideal representation of it. Capable of manufacturing ISBM for a variety of machines, today it caters to clients from diverse industry which include naming few, pharmaceuticals, FMCG, and others. The highly optimized manufacturing process and supply chain ensure a timely, defect-free ISBM at the end. With a dedicated team of highly qualified engineers to look for after-sales, Leo ensures timely commissioning of the moulds and assist its customer till they have a product ready for the market. It has grown into an industry leader with excellent customer satisfaction.

The reliability of its product can be judged by the fact that before getting delivered to the customer, it passes through rigorous tests, which test the mould in parameters like leakage, cycle time, Top load to name a few. The in-house trial facility equipped with best-in-class machines ensures the mould is tested and approved prior to dispatch.

LEO OFFERS A WIDE RANGE OF PRODUCTS LIKE Preform moulds with hot runner Leo can manufacture Preform moulds from 1 to 48 cavities, weighing from 9 to 1200 gm and Neck size up to 150 mm. With products ranging but not limited to bottles, jars, caps, containers, and others. We offer high precision cold half and change parts for molds made for European customers.

OEM MOULD / CHANGE PARTS
We offer high precision cold half, Change parts for moulds made from European countries.

ISBM
Equipped with best manufacturing practice Leo has the experience and in-depth knowledge in the manufacturing ISBM molds for a wide range of machines, 1 to 24 cavities.

Blood collection tubes
Leo provides a complete solution for BCT mould, with the fastest cycle time.

The moulding industry is going through a transformation phase in India and coupled with continuously increasing demand, the need for innovation cannot be ignored. Keeping its pace with market dynamics Leo is on its way to creating better value for the customer by optimizing its operations and adding resources to its capabilities. Leo precision has transformed itself into “The Leo Group” controlling every aspect of its product and exceeding customer expectations.

Mr. Senthil Kumar, Managing Director ,Leo Precision Pvt. Ltd.

STADLER designs and installs state-of-the-art light packaging sorting plant in Eitting, Germany for PreZero Recycling

STADLER designs and installs state-of-the-art light packaging sorting plant in Eitting, Germany for PreZero Recycling

 

Environmental services provider PreZero is driven by the ultimate goal of reducing the consumption of natural resources in a world where they are no longer wasted through closed loops – aiming for 100 percent reusable material. As part of this strategy, it commissioned STADLER, the globally active German company specialized in the planning, production and assembly of turnkey recycling and sorting plants, to design and install a new state-of-the-art light packaging sorting facility in Eitting. The new facility is the most advanced light packaging sorting plant in Europe, capable of sorting the packaging fractions by color and, very importantly, even filter black plastics. This results in extremely high-quality output that can be recycled into new products. With an annual throughput of approximately 120,000 tons, it is also the biggest light packaging plant in Europe.

Forward-thinking innovation for high capacity and accurate sorting
The sorting plant receives light packaging made up of tin foil, ferrous and non-ferrous scrap, aluminum, composites with aluminum content, film PE plastics, nets and foam, PP and PS plastics, EPS, PET bottles, other PET, PVC and plastic packaging, TetraPak cartons, paper and cardboard. The process, which includes advanced fines preparation and automated film color sorting results in 18 different output fractions separated by material and color. The design required the innovative thinking that is the hallmark of STADLER’s design teams: “This was the largest project to date for us, with 272 conveyor belts installed filling the hall on five levels and supported by over 1,000 tons of steelwork,” explains Wolfgang Köser, joint Project Manager. “To achieve the high-quality sorting PreZero was looking for, we used state-of-the-art technology in our design,” adds Benny Kalmbach, joint Project Manager. “The advanced equipment included 38 NIR (Near Infrared) optical sorters, our ballistic separators and robot-assisted secondary sorting.”

STADLER’s design team developed a design that not only delivered the required quality output and capacity, but also ease of operation. “The continuous level concept facilitates the operation of the system and ensures good accessibility to all the equipment for cleaning and maintenance,” says Wolfgang Köser.

The fully automated bunker management at the plant is another state-of-art process: “This means, for example, that there are no longer staff members permanently tied to the baler. In addition, the desired bale weights – and consequently bale lengths – can be achieved according to the customer's specifications through the weighing cells under all bunkers. This has the advantage that the trucks can be loaded optimally for the best possible transport result,” explains Benny Kalmbach.

A complex project delivered on time, on a tight schedule
Thanks to a successful close collaboration of the teams at STADLER and PreZero, the project was completed in a very short time, as Wolfgang Köser explains: “We had a very tight schedule, with just 12 months from signing the contract to start-up with material, but we succeeded with a good and close cooperation between us at STADLER, and the teams at PreZero and the other companies involved in the project. Short decision-making processes and a target-oriented approach enabled us to move forward quickly at every stage.” Stefan Kaiser, Head of Engineering Sorting Systems International PreZero Recycling Deutschland, is very satisfied with the whole process, and “the open communication, straightforward thinking, focused and time-efficient collaboration, and on-time delivery. I particularly appreciated how STADLER’s team listen to the customer and their proactive thinking of new ideas, acting as partners.”

The start-up of the sorting plant was on schedule in early January 2022, and “the ramp-up phase is running perfectly,” says Stefan Kaiser.

On the path towards a world where resources are not wasted

With the view that any waste that is not recycled is a wasted piece of raw material, PreZero strives for a continuous improvement of its processes, working towards the creation of a world where resources are no longer wasted through closed loops – aiming for 100 percent reusable material. As part of the Schwarz Group, a leading food retail company in Europe, it is able to develop innovative solutions along the entire value chain – from production to retail, collection, sorting and recycling to reuse – in order to close the loop.

The new light packaging plant designed by STADLER is part of PreZero’s strategy to achieve this goal: “For us, this is the first step in the transition from a waste plant to a production plant of industrial standards,” explains Stefan Kaiser.

For STADLER, the project provided a further opportunity to develop innovative solutions to serve the recycling industry with high-quality recyclates, supporting the transition to an efficient circular economy.

 

For high-performance and sustainable e-mobility: Consortium develops new generation of battery packs with recyclable Epoxy-SMC-casing

Faster, further, more efficient: Developers of e-vehicles and plug-in hybrids are aiming ever higher. The key element of these efforts is the battery. On the one hand, it must be as ergonomic as possible to meet the increasing demands, but on the other hand, it must also have various safety-relevant properties. For deformations or penetrating debris, such as they occur in accidents but also on uneven road surfaces, can trigger short circuits and dangerous fires that are difficult to extinguish. However, materials that provide sufficient protection for the battery packs are often relatively heavy, which in turn has negative impact on consumption and vehicle range. The new Pure Performance Battery now aims to solve this dilemma. A consortium consisting of companies from the automotive and mechanical engineering industries as well as from the chemical and plastics sectors, of which Lorenz Kunststofftechnik GmbH is a member, optimized its proven high-voltage battery packs in terms of their performance and resistance. The new Pure Performance Battery features a space-saving aluminum sandwich plate that prevents damage during ground impact and increases integration capability. The casing made of glass fiber-reinforced Epoxy-SMC offers high fire resistance and optimal crash performance while also being well all integrated as package model.

Back in 2019, Lorenz Kunststofftechnik GmbH joined forces with Vestaro GmbH, Forward Engineering GmbH, Evonik Resource Efficiency GmbH and LION Smart GmbH to form a development consortium, which was joined by Minth GmbH in 2021. Drawing on the accumulated expertise of the various companies, the group initially designed a cost-effective glass fiber Epoxy-SMC cover for high-voltage batteries based on Evonik’s high-performance epoxy curing agent VESTALITE ® S. “At that time, we were already able to achieve a weight reduction of the battery housing of almost 10 percent compared to previous systems made of more cost-intensive materials,” reports Peter Ooms, Managing Director of Lorenz Kunststofftechnik GmbH. “In addition, the state-of-the-art SMC materials allow complex geometries to be produced in a one-step process, making them ideal for semi-integral ergonomic design.” Now, the partner companies have successfully developed a new generation of high- performance battery packs for electromobility.

Aluminum sandwich plate improves performance and vehicle integration

In most e-vehicles, the battery pack is located in the floor area in order to improve the center of gravity and thus the driving performance on the one hand, and to provide more space in the vehicle cabin on the other. However, this design increases the risk of dangerous battery damage due to impact situations or objects hitting the underside of the vehicle, such as loose stones or branches. Therefore, special protective measures must be taken to prevent deformation or the ingress of foreign objects. “The bottom-impact use case and the vehicle integration are two major challenges for today’s battery packs,” Ooms knows. “That’s why our main focus in developing the new generation of performance battery packs lay on these two aspects.” To fulfill the stringent requirements, the consortium designed a novel approach that takes maximum advantage of the design freedom of the proven SMC material.

The old floor structure was replaced by an aluminum sandwich plate developed by the youngest consortium member Minth. With this concept, the group was able to get rid of additional side-mounted deformation elements and use the freed space for battery cells instead. Using Forward Engineering’s BEV-floor structure development tool, the Pure Performance Battery was configured and validated so that improved impact behavior of the sandwich floor could be achieved and the space required for module assembly reduced. In this way, the capacity could be increased by 10 kWh to a total of 75 kWh with approximately the same external dimension of the battery pack. “Thus, the aluminum sandwich plate not only improves the performance in terms of bottom impact, but also plays a key role in the semi-integral vehicle concept,” adds Ooms.

Modular design and Epoxy-SMC housing boost performance

The new Pure Performance Battery can be for example 2.1 m long and 1.58 m wide or other dimensions, with maximum heights between 0.15 and 0.22 m, enabling a variety of vehicle architectures. Regarding the ergonomic design, it competes with other high-end solutions, but surpasses them in terms of performance. The modular series design of the battery also allows flexible adjustment of the number of modules. The supercell concept based on LION Smart’s LIGHT Battery enables a calculated fast charging result of around 13 min for a charging power constantly above 200 kW (10 to 80 percent SOC). The system is currently being optimized in this respect to achieve a charging time of less than 10 min in the future.

The cover made of glass fiber-reinforced Epoxy-SMC from Lorenz Kunststofftechnik not only stands out for its low weight, but at the same time provides very high safety potential in terms of fire resistance and crash behavior. “It could withstand all relevant fire-related test set-ups,” explains Ooms. “This included thermal runaway tests conducted at a testing facility in southern Germany.” In addition, all concerns regarding the EMI-shielding performance of the glass fiber composites could be tackled with a broad material toolbox and validated under OEM requirements. The process benefits were verified by manufacturing several complex demonstrator geometries. During these trials, cycle times of around 3 min could be realized, suggesting a high cost saving potential.

Resource efficiency thanks to recycling system and “mix-and-match” service

The new generation of high-voltage battery packs has not only been improved in terms of performance. “Future-proof solutions should be sustainable”, Ooms knows. “That’s why the consortium has also addressed this topic with its developments.” For example, the cover can be disassembled by undoing several screw connections to enable easy access to the battery modules and peripheral equipment. Unlike bonded systems, the Pure Performance Battery allows individual components to be replaced and repaired. The battery cover out of Epoxy-SMC itself can be recycled by Lorenz Kunststofftechnik and afterwards reused in new composite parts.

Overall, the consortium partners have once again learned a lot from each other during the development process of the new battery pack generation in order to be able to supply the customer with an all-round finished battery pack. Given the dynamics of the industry, all project partners are prepared to handle requests from potential customers that deviate from the basic model and to offer a collaborative “mix-and-match” service. “This offer presents a great opportunity for applications. After all, the consortium makes it possible to address a company on a topic and benefit from the performance and know-how of the other members,” concludes Ooms.

JABIL TIJUANA, MEXICO BECOMES MEDACCRED ACCREDITED FOR PLASTICS INJECTION MOLDING – FIRST IN MEXICO

JABIL Tijuana, Mexico has become the first company in Mexico to achieve the prestigious MedAccred Accreditation for Plastics Injection Molding.

Accreditation for this critical manufacturing process was achieved after JABIL met the stringent audit requirements as set by MedAccred subscribing members – leading medical device companies including Bausch Health, Baxter, BD, Boston Scientific, Edwards Lifesciences, Johnson & Johnson, Medtronic, Philips, Roche Diagnostics and Stryker. MedAccred is unique as the only industry-managed supply chain oversight program for key critical manufacturing processes in the medical device industry.

Connie Conboy, Director, MedAccred, said:
“MedAccred Accreditation is globally recognized as a hallmark of quality and is a major accomplishment. The medical device industry has incorporated MedAccred into its approach for handling risk, as it demonstrates compliance to industry standards, customer requirements and best practices. I commend JABIL Tijuana, Mexico for achieving MedAccred Accreditation for Plastics Injection Molding, and for their hard work which has finally paid off.”

Mike Mahaz, JABIL Vice President of Global Business Units for Medical Devices & Consumer Health, commented:

"At Jabil, we successfully balance innovation and technical advances with real-world challenges. This MedAccred Accreditation is a tribute to our team in Tijuana for extending Jabil’s global leadership in supply chain management, quality processes and risk mitigation. It’s an honor to be the first accreditation in Mexico and to receive external validation of the quality of our comprehensive manufacturing services.”

Carlos Padilla, JABIL Quality Director for Latin America, added:

“Eight years ago, Jabil integrated our sites in Tijuana to offer over 358,000 square feet of manufacturing space. Earning the first MedAccred accreditation in Mexico for this massive, state-of-the-art site opens new opportunities for healthcare companies to improve product development and production with a high-quality, global leader. This accreditation – involving meticulous audits and inspections – confirms the high quality of Jabil’s proprietary processes and supply chain management. It’s really another way to corroborate what our clients have come to expect from Jabil – a trusted partner that provides outstanding, reliable manufacturing services that will support the success of your medical product.”

German Plastics Associations forge important alliance by forming “We are plastics“

The three large German plastics associations GKV Gesamtverband Kunststoffverarbeitende Industrie, Plastics Europe Deutschland and VDMA Fachverband Kunststoff- und Gummimaschinen have forged a unique alliance in the value chain to achieve greater sustainability – ecological, social and economic.

Including the five GKV member associations, the partners are committed to the mission of a circular economy and intend to actively promote the transformation of the plastics industry, with open communication playing a key role. By providing more facts and information on the transformation of the industry – for instance the latest studies on the transition towards becoming more circular – the participants want to achieve greater appreciation for plastics as a material of the future. The new platform www.dein-kunststoff.de (available in German and English) is also intended to contribute to this.

Circular Economy: for plastics, the future is round
The plastics industry is changing: Together, the companies in the plastics industry and their customers want to use fewer resources and significantly reduce their environmental footprint. Besides introducing new raw materials for use in plastics production, such as biomass or CO2, the resource plastic is to be recycled as completely as possible. This is already working quite well with PET bottles or the industry’s own collection systems, such as for window profiles, but yet not everywhere.

Industry and many initiatives are researching sustainable solutions at full speed, often in close cooperation with customers, policy makers and NGOs. Some of these programmes are already underway or established: “Eco Design” for sustainable product design, research partnerships on chemical recycling, the “Zero Pellet Loss” alliance on preventing pollution, or the “ERDE” initiative for collecting and recycling agricultural films.

“We are plastics” wants to share the enormous wealth of experience of its more than 3,000 member companies in the future, network individual initiatives more closely, think and act outside the box, support members with the transformation and jointly represent positions on shaping the circular economy.

Self-critical and self-confident communication
For the associations, the fact that in the past people have mainly talked about the plastics industry rather than with it also has to do with the fact that contacts were not always easy to find. This is to change with the new platform: The dialogue with consumers and NGOs is a particularly important concern for “We are plastics.” At the same time, the associations are aware of the problems associated with plastics at the end of their useful life – above all due to littering and disposes into waters and oceans. These challenges can only be mastered by working together. This is also a main concern of the initiative.

While the public debate on plastics has thus far focused on the undoubtedly important issue of waste, the associations are bringing in other equally important aspects such as new (raw) materials, processes and resource efficiency. Plastics are essential to create value, participation, prosperity and, above all, to enable climate protection. One focus of the web offering is therefore on innovations that inspire through their more sustainable use of the material of the future in a functioning circular economy.

Solvay partners with Mitsubishi Chemical Advanced Materials to recycle end-of-life medical components

New collaboration will help customers reach sustainability goals for high- performance Udel® PSU polymers in demanding applications

Medical equipment made using Solvay’s Udel® high-performance polysulfone (PSU) thermoplastic will be recycled at the end of their useful lives in a new sustainability initiative that the company has embarked on with Mitsubishi Chemical Advanced Materials (MCAM).

In line with Solvay’s One Planet sustainability roadmap and Mitsubishi’s KAITEKI vision designed to preserve resources and contribute to safer, cleaner and more sustainable products, both companies are currently investigating the implementation of logistics for recovery, recycling, and reprocessing of Udel® PSU medical components, with the aim of recycled material being suitable for reuse in the original applications.

“The agreement with Mitsubishi Chemical Advanced Materials is the latest demonstration of Solvay’s commitment to help customers achieve ambitious sustainability targets,” says Antonella Di Meo, Product Sustainability Manager at Solvay. “It is part of our long-term commitment to develop sustainable solutions from bio-based or recycled resources. With this project, we want to show, in a practical way, that it is possible to recycle high-value Udel® PSU parts used in the medical field, yielding important savings in CO2 emissions along the production and supply chain.”

The project involves using a combination of the expertise developed by MCAM to wash and mechanically purify the material, together with Solvay’s ability to evaluate the chemistry of the end-of-life polymer, to develop a robust recycling strategy that will provide customers with materials that fully meet all specifications.

MCAM has already partnered with Solvay in reclamation and recycling of other high-performance polymers, including KetaSpire® polyetheretherketone (PEEK).

“Giving back more than we take is at the heart of MCAM’s strategy and sustainability approach. We have adopted the concept of KAITEKI to help us achieve our sustainability objectives based on our core values of environmental, social and human well-being,” says Henning Bloech, Global Director Sustainable Solutions for Mitsubishi Chemical Advanced Materials. “We fully support our partner Solvay in this effort. We look forward to maximizing the potential of our synergies to help customers tackle the global challenge of plastic waste.”

Together with Solvay’s polymer chemistry expertise, MCAM’s mastery of mechanical recycling will help overcome the special challenges customers face to recycle and reuse such polymers in demanding applications in support of the circular economy.

STADLER designs and installs state-of-the-art light packaging sorting plant in Eitting, Germany for PreZero Recycling

STADLER designs and installs state-of-the-art light packaging sorting plant in Eitting, Germany for PreZero Recycling

 

Environmental services provider PreZero is driven by the ultimate goal of reducing the consumption of natural resources in a world where they are no longer wasted through closed loops – aiming for 100 percent reusable material. As part of this strategy, it commissioned STADLER, the globally active German company specialized in the planning, production and assembly of turnkey recycling and sorting plants, to design and install a new state-of-the-art light packaging sorting facility in Eitting. The new facility is the most advanced light packaging sorting plant in Europe, capable of sorting the packaging fractions by color and, very importantly, even filter black plastics. This results in extremely high-quality output that can be recycled into new products. With an annual throughput of approximately 120,000 tons, it is also the biggest light packaging plant in Europe.

Forward-thinking innovation for high capacity and accurate sorting
The sorting plant receives light packaging made up of tin foil, ferrous and non-ferrous scrap, aluminum, composites with aluminum content, film PE plastics, nets and foam, PP and PS plastics, EPS, PET bottles, other PET, PVC and plastic packaging, TetraPak cartons, paper and cardboard. The process, which includes advanced fines preparation and automated film color sorting results in 18 different output fractions separated by material and color. The design required the innovative thinking that is the hallmark of STADLER’s design teams: “This was the largest project to date for us, with 272 conveyor belts installed filling the hall on five levels and supported by over 1,000 tons of steelwork,” explains Wolfgang Köser, joint Project Manager. “To achieve the high-quality sorting PreZero was looking for, we used state-of-the-art technology in our design,” adds Benny Kalmbach, joint Project Manager. “The advanced equipment included 38 NIR (Near Infrared) optical sorters, our ballistic separators and robot-assisted secondary sorting.”

STADLER’s design team developed a design that not only delivered the required quality output and capacity, but also ease of operation. “The continuous level concept facilitates the operation of the system and ensures good accessibility to all the equipment for cleaning and maintenance,” says Wolfgang Köser.

The fully automated bunker management at the plant is another state-of-art process: “This means, for example, that there are no longer staff members permanently tied to the baler. In addition, the desired bale weights – and consequently bale lengths – can be achieved according to the customer’s specifications through the weighing cells under all bunkers. This has the advantage that the trucks can be loaded optimally for the best possible transport result,” explains Benny Kalmbach.

A complex project delivered on time, on a tight schedule
Thanks to a successful close collaboration of the teams at STADLER and PreZero, the project was completed in a very short time, as Wolfgang Köser explains: “We had a very tight schedule, with just 12 months from signing the contract to start-up with material, but we succeeded with a good and close cooperation between us at STADLER, and the teams at PreZero and the other companies involved in the project. Short decision-making processes and a target-oriented approach enabled us to move forward quickly at every stage.” Stefan Kaiser, Head of Engineering Sorting Systems International PreZero Recycling Deutschland, is very satisfied with the whole process, and “the open communication, straightforward thinking, focused and time-efficient collaboration, and on-time delivery. I particularly appreciated how STADLER’s team listen to the customer and their proactive thinking of new ideas, acting as partners.”

The start-up of the sorting plant was on schedule in early January 2022, and “the ramp-up phase is running perfectly,” says Stefan Kaiser.

On the path towards a world where resources are not wasted

With the view that any waste that is not recycled is a wasted piece of raw material, PreZero strives for a continuous improvement of its processes, working towards the creation of a world where resources are no longer wasted through closed loops – aiming for 100 percent reusable material. As part of the Schwarz Group, a leading food retail company in Europe, it is able to develop innovative solutions along the entire value chain – from production to retail, collection, sorting and recycling to reuse – in order to close the loop.

The new light packaging plant designed by STADLER is part of PreZero’s strategy to achieve this goal: “For us, this is the first step in the transition from a waste plant to a production plant of industrial standards,” explains Stefan Kaiser.

For STADLER, the project provided a further opportunity to develop innovative solutions to serve the recycling industry with high-quality recyclates, supporting the transition to an efficient circular economy.

 

For high-performance and sustainable e-mobility: Consortium develops new generation of battery packs with recyclable Epoxy-SMC-casing

Faster, further, more efficient: Developers of e-vehicles and plug-in hybrids are aiming ever higher. The key element of these efforts is the battery. On the one hand, it must be as ergonomic as possible to meet the increasing demands, but on the other hand, it must also have various safety-relevant properties. For deformations or penetrating debris, such as they occur in accidents but also on uneven road surfaces, can trigger short circuits and dangerous fires that are difficult to extinguish. However, materials that provide sufficient protection for the battery packs are often relatively heavy, which in turn has negative impact on consumption and vehicle range. The new Pure Performance Battery now aims to solve this dilemma. A consortium consisting of companies from the automotive and mechanical engineering industries as well as from the chemical and plastics sectors, of which Lorenz Kunststofftechnik GmbH is a member, optimized its proven high-voltage battery packs in terms of their performance and resistance. The new Pure Performance Battery features a space-saving aluminum sandwich plate that prevents damage during ground impact and increases integration capability. The casing made of glass fiber-reinforced Epoxy-SMC offers high fire resistance and optimal crash performance while also being well all integrated as package model.

Back in 2019, Lorenz Kunststofftechnik GmbH joined forces with Vestaro GmbH, Forward Engineering GmbH, Evonik Resource Efficiency GmbH and LION Smart GmbH to form a development consortium, which was joined by Minth GmbH in 2021. Drawing on the accumulated expertise of the various companies, the group initially designed a cost-effective glass fiber Epoxy-SMC cover for high-voltage batteries based on Evonik’s high-performance epoxy curing agent VESTALITE ® S. “At that time, we were already able to achieve a weight reduction of the battery housing of almost 10 percent compared to previous systems made of more cost-intensive materials,” reports Peter Ooms, Managing Director of Lorenz Kunststofftechnik GmbH. “In addition, the state-of-the-art SMC materials allow complex geometries to be produced in a one-step process, making them ideal for semi-integral ergonomic design.” Now, the partner companies have successfully developed a new generation of high- performance battery packs for electromobility.

Aluminum sandwich plate improves performance and vehicle integration

In most e-vehicles, the battery pack is located in the floor area in order to improve the center of gravity and thus the driving performance on the one hand, and to provide more space in the vehicle cabin on the other. However, this design increases the risk of dangerous battery damage due to impact situations or objects hitting the underside of the vehicle, such as loose stones or branches. Therefore, special protective measures must be taken to prevent deformation or the ingress of foreign objects. “The bottom-impact use case and the vehicle integration are two major challenges for today’s battery packs,” Ooms knows. “That’s why our main focus in developing the new generation of performance battery packs lay on these two aspects.” To fulfill the stringent requirements, the consortium designed a novel approach that takes maximum advantage of the design freedom of the proven SMC material.

The old floor structure was replaced by an aluminum sandwich plate developed by the youngest consortium member Minth. With this concept, the group was able to get rid of additional side-mounted deformation elements and use the freed space for battery cells instead. Using Forward Engineering’s BEV-floor structure development tool, the Pure Performance Battery was configured and validated so that improved impact behavior of the sandwich floor could be achieved and the space required for module assembly reduced. In this way, the capacity could be increased by 10 kWh to a total of 75 kWh with approximately the same external dimension of the battery pack. “Thus, the aluminum sandwich plate not only improves the performance in terms of bottom impact, but also plays a key role in the semi-integral vehicle concept,” adds Ooms.

Modular design and Epoxy-SMC housing boost performance

The new Pure Performance Battery can be for example 2.1 m long and 1.58 m wide or other dimensions, with maximum heights between 0.15 and 0.22 m, enabling a variety of vehicle architectures. Regarding the ergonomic design, it competes with other high-end solutions, but surpasses them in terms of performance. The modular series design of the battery also allows flexible adjustment of the number of modules. The supercell concept based on LION Smart’s LIGHT Battery enables a calculated fast charging result of around 13 min for a charging power constantly above 200 kW (10 to 80 percent SOC). The system is currently being optimized in this respect to achieve a charging time of less than 10 min in the future.

The cover made of glass fiber-reinforced Epoxy-SMC from Lorenz Kunststofftechnik not only stands out for its low weight, but at the same time provides very high safety potential in terms of fire resistance and crash behavior. “It could withstand all relevant fire-related test set-ups,” explains Ooms. “This included thermal runaway tests conducted at a testing facility in southern Germany.” In addition, all concerns regarding the EMI-shielding performance of the glass fiber composites could be tackled with a broad material toolbox and validated under OEM requirements. The process benefits were verified by manufacturing several complex demonstrator geometries. During these trials, cycle times of around 3 min could be realized, suggesting a high cost saving potential.

Resource efficiency thanks to recycling system and “mix-and-match” service

The new generation of high-voltage battery packs has not only been improved in terms of performance. “Future-proof solutions should be sustainable”, Ooms knows. “That’s why the consortium has also addressed this topic with its developments.” For example, the cover can be disassembled by undoing several screw connections to enable easy access to the battery modules and peripheral equipment. Unlike bonded systems, the Pure Performance Battery allows individual components to be replaced and repaired. The battery cover out of Epoxy-SMC itself can be recycled by Lorenz Kunststofftechnik and afterwards reused in new composite parts.

Overall, the consortium partners have once again learned a lot from each other during the development process of the new battery pack generation in order to be able to supply the customer with an all-round finished battery pack. Given the dynamics of the industry, all project partners are prepared to handle requests from potential customers that deviate from the basic model and to offer a collaborative “mix-and-match” service. “This offer presents a great opportunity for applications. After all, the consortium makes it possible to address a company on a topic and benefit from the performance and know-how of the other members,” concludes Ooms.

JABIL TIJUANA, MEXICO BECOMES MEDACCRED ACCREDITED FOR PLASTICS INJECTION MOLDING – FIRST IN MEXICO

JABIL Tijuana, Mexico has become the first company in Mexico to achieve the prestigious MedAccred Accreditation for Plastics Injection Molding.

Accreditation for this critical manufacturing process was achieved after JABIL met the stringent audit requirements as set by MedAccred subscribing members – leading medical device companies including Bausch Health, Baxter, BD, Boston Scientific, Edwards Lifesciences, Johnson & Johnson, Medtronic, Philips, Roche Diagnostics and Stryker. MedAccred is unique as the only industry-managed supply chain oversight program for key critical manufacturing processes in the medical device industry.

Connie Conboy, Director, MedAccred, said:
“MedAccred Accreditation is globally recognized as a hallmark of quality and is a major accomplishment. The medical device industry has incorporated MedAccred into its approach for handling risk, as it demonstrates compliance to industry standards, customer requirements and best practices. I commend JABIL Tijuana, Mexico for achieving MedAccred Accreditation for Plastics Injection Molding, and for their hard work which has finally paid off.”

Mike Mahaz, JABIL Vice President of Global Business Units for Medical Devices & Consumer Health, commented:

"At Jabil, we successfully balance innovation and technical advances with real-world challenges. This MedAccred Accreditation is a tribute to our team in Tijuana for extending Jabil’s global leadership in supply chain management, quality processes and risk mitigation. It’s an honor to be the first accreditation in Mexico and to receive external validation of the quality of our comprehensive manufacturing services.”

Carlos Padilla, JABIL Quality Director for Latin America, added:

“Eight years ago, Jabil integrated our sites in Tijuana to offer over 358,000 square feet of manufacturing space. Earning the first MedAccred accreditation in Mexico for this massive, state-of-the-art site opens new opportunities for healthcare companies to improve product development and production with a high-quality, global leader. This accreditation – involving meticulous audits and inspections – confirms the high quality of Jabil’s proprietary processes and supply chain management. It’s really another way to corroborate what our clients have come to expect from Jabil – a trusted partner that provides outstanding, reliable manufacturing services that will support the success of your medical product.”

German Plastics Associations forge important alliance by forming “We are plastics“

The three large German plastics associations GKV Gesamtverband Kunststoffverarbeitende Industrie, Plastics Europe Deutschland and VDMA Fachverband Kunststoff- und Gummimaschinen have forged a unique alliance in the value chain to achieve greater sustainability – ecological, social and economic.

Including the five GKV member associations, the partners are committed to the mission of a circular economy and intend to actively promote the transformation of the plastics industry, with open communication playing a key role. By providing more facts and information on the transformation of the industry – for instance the latest studies on the transition towards becoming more circular – the participants want to achieve greater appreciation for plastics as a material of the future. The new platform www.dein-kunststoff.de (available in German and English) is also intended to contribute to this.

Circular Economy: for plastics, the future is round
The plastics industry is changing: Together, the companies in the plastics industry and their customers want to use fewer resources and significantly reduce their environmental footprint. Besides introducing new raw materials for use in plastics production, such as biomass or CO2, the resource plastic is to be recycled as completely as possible. This is already working quite well with PET bottles or the industry’s own collection systems, such as for window profiles, but yet not everywhere.

Industry and many initiatives are researching sustainable solutions at full speed, often in close cooperation with customers, policy makers and NGOs. Some of these programmes are already underway or established: “Eco Design” for sustainable product design, research partnerships on chemical recycling, the “Zero Pellet Loss” alliance on preventing pollution, or the “ERDE” initiative for collecting and recycling agricultural films.

“We are plastics” wants to share the enormous wealth of experience of its more than 3,000 member companies in the future, network individual initiatives more closely, think and act outside the box, support members with the transformation and jointly represent positions on shaping the circular economy.

Self-critical and self-confident communication
For the associations, the fact that in the past people have mainly talked about the plastics industry rather than with it also has to do with the fact that contacts were not always easy to find. This is to change with the new platform: The dialogue with consumers and NGOs is a particularly important concern for “We are plastics.” At the same time, the associations are aware of the problems associated with plastics at the end of their useful life – above all due to littering and disposes into waters and oceans. These challenges can only be mastered by working together. This is also a main concern of the initiative.

While the public debate on plastics has thus far focused on the undoubtedly important issue of waste, the associations are bringing in other equally important aspects such as new (raw) materials, processes and resource efficiency. Plastics are essential to create value, participation, prosperity and, above all, to enable climate protection. One focus of the web offering is therefore on innovations that inspire through their more sustainable use of the material of the future in a functioning circular economy.