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Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - Wacker Chemie Expands 3D Printing Capabilities in North America

Wacker Chemie, a leading chemical company, has expanded its 3D printing capabilities in North America with the opening of its first US-based silicone 3D printing lab in Ann Arbor, Michigan.

This new facility will provide customers with access to Wacker's innovative ACEO technology, enabling them to develop and test customized silicone-based products across various industries.

The lab's focus on 3D printing with silicone elastomers highlights Wacker's commitment to offering its customers innovative solutions that leverage the latest advancements in additive manufacturing.

Wacker Chemie's new silicone 3D printing lab in Ann Arbor, Michigan, is the company's first regional lab outside of Germany, highlighting its commitment to expanding its ACEO 3D printing services in the North American market.

The lab will be equipped with 3D printers capable of processing a wide range of silicone rubber materials with different Shore A hardnesses and a variety of colors, providing customers with a diverse range of customization options.

Wacker's ACEO technology operates on a "drop-on-demand" principle, where a printhead deposits individual drops or "voxels" of silicone onto a substrate, allowing for the creation of 3D objects with high design freedom and fine details.

The new lab will function as an Open Print Lab, enabling customers to bring their own 3D printing projects and ideas to life, fostering collaboration and innovation in the field of silicone-based additive manufacturing.

By expanding its 3D printing capabilities in North America, Wacker Chemie aims to provide customers in the region with direct access to its innovative ACEO technology, allowing them to create customized, high-quality silicone parts for a wide range of applications.

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - First US-Based ACEO Open Print Lab for Silicone Rubber

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan represents the company's commitment to advancing silicone 3D printing technology and expanding its services in the North American market.

By equipping the facility with industrial 3D printers capable of processing a diverse range of silicone materials, Wacker is providing customers and partners an opportunity to directly experience the capabilities of its innovative ACEO silicone 3D printing platform.

The ACEO Open Print Lab in Ann Arbor, Michigan, is the first US-based facility operated by Wacker Chemie, a leading global chemical company, for its silicone 3D printing services.

The lab is equipped with industrial-grade 3D printers capable of processing a diverse range of silicone rubber materials, including those with varying Shore A hardnesses and a variety of colors, offering customers unprecedented customization options.

Wacker's ACEO technology employs a "drop-on-demand" principle, where individual drops or "voxels" of silicone are precisely deposited onto a substrate, enabling the creation of 3D objects with intricate designs and fine details.

The Open Print Lab concept allows customers and development partners to directly engage with Wacker's silicone 3D printing technology, fostering collaboration and innovation in the field of additive manufacturing for silicone-based applications.

This expansion of Wacker's ACEO services in the US market is part of the company's broader strategy to make its pioneering silicone 3D printing technology more accessible to customers globally, following the establishment of a similar open print lab in Burghausen, Germany.

The Ann Arbor facility is equipped with state-of-the-art 3D printing systems that can handle a wide spectrum of silicone rubber materials, providing customers with unprecedented opportunities to develop and test customized silicone-based products across various industries.

By establishing this first US-based ACEO Open Print Lab, Wacker Chemie demonstrates its commitment to advancing the field of silicone 3D printing and empowering its customers to leverage this innovative technology for their product development and manufacturing needs.

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - Ann Arbor Facility Equipped with Advanced 3D Printers

Wacker Chemie has opened its first US-based ACEO Open Print Lab in Ann Arbor, Michigan, equipped with advanced 3D printers capable of processing a broad range of silicone rubber materials with varying Shore A hardnesses and colors.

This new facility will allow customers in North America to directly experience and experiment with Wacker's innovative ACEO silicone 3D printing technology, fostering collaboration and innovation in the field of additive manufacturing for silicone-based applications.

The Ann Arbor lab represents Wacker's commitment to expanding its ACEO services and making its pioneering silicone 3D printing capabilities more accessible to the North American market.

The Ann Arbor facility is Wacker Chemie's first ACEO Open Print Lab outside of Germany, signaling the company's strategic expansion of its silicone 3D printing services in the North American market.

The lab is equipped with industrial-grade 3D printers that can process silicone rubber materials with a wide range of Shore A hardnesses, from soft and flexible to rigid, allowing for unprecedented customization options.

Wacker's ACEO 3D printing technology uses a "drop-on-demand" principle, where individual silicone droplets or "voxels" are precisely deposited to create 3D objects with intricate designs and fine details.

The new facility in Ann Arbor complements Wacker's existing ACEO Open Print Lab in Burghausen, Germany, further strengthening the company's position as a leading provider of silicone 3D printing solutions globally.

The lab is housed within Wacker's Silicone R&D facility in Ann Arbor, leveraging the company's decades of expertise in silicone material science and engineering.

The Ann Arbor facility is led by Sarah Burke, an experienced Lab Manager at ACEO, who previously worked at the company's Silicones R&D Center, bringing a wealth of knowledge and expertise to the new lab.

Wacker's ACEO 3D printing webshop, launched in 2016, has been a key driver for the company's expansion of its silicone 3D printing services, including the establishment of the Ann Arbor facility.

The Open Print Lab concept in Ann Arbor allows customers and development partners to directly engage with Wacker's silicone 3D printing technology, fostering collaboration and innovation in the field of additive manufacturing for silicone-based applications.

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - Hands-On Training and Product Development Opportunities

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan provides customers and partners with hands-on training and opportunities to develop their own products using the company's innovative silicone 3D printing technology.

The lab's focus on enabling direct engagement with the ACEO platform fosters collaboration and innovation in the field of additive manufacturing for silicone-based applications.

By offering this hands-on experience, Wacker Chemie empowers its customers to leverage the capabilities of its pioneering silicone 3D printing technology to create customized, high-quality products tailored to their specific needs.

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan, is the company's first US-based facility for its silicone 3D printing services, highlighting its commitment to expanding access to this technology in the North American market.

The Ann Arbor lab is equipped with industrial-grade 3D printers capable of processing a wide range of silicone rubber materials, including those with varying Shore A hardnesses and a variety of colors, offering customers unprecedented customization options.

Wacker's ACEO technology operates on a "drop-on-demand" principle, where individual silicone droplets or "voxels" are precisely deposited onto a substrate, enabling the creation of 3D objects with intricate designs and fine details.

The Ann Arbor lab is housed within Wacker's Silicone R&D facility, leveraging the company's decades of expertise in silicone material science and engineering to support customer projects.

The lab is led by Sarah Burke, an experienced Lab Manager at ACEO, who previously worked at the company's Silicones R&D Center, bringing a wealth of knowledge and expertise to the new facility.

Wacker's ACEO 3D printing webshop, launched in 2016, has been a key driver for the company's expansion of its silicone 3D printing services, including the establishment of the Ann Arbor facility.

By expanding its ACEO services to the US market, Wacker Chemie aims to provide customers in North America with direct access to its innovative silicone 3D printing technology, enabling them to create customized, high-quality silicone parts for a wide range of applications.

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - Serving Diverse Industries with Customized Silicone Parts

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan is designed to cater to the growing demand for customized silicone parts across diverse industries.

The facility is equipped with advanced 3D printers that can process a wide range of silicone rubber materials, allowing customers to develop and test innovative products tailored to their specific needs.

By expanding its silicone 3D printing services in the North American market, Wacker Chemie is positioning itself as a leader in providing customized solutions for a variety of applications.

Silicone 3D printing technology like Wacker Chemie's ACEO platform allows for the creation of silicone parts with intricate designs and fine details that were previously challenging to achieve using traditional manufacturing methods.

The ACEO "drop-on-demand" printing principle enables the precise deposition of individual silicone "voxels" or droplets, enabling a high degree of customization and design freedom for silicone products.

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan can process silicone rubber materials with a wide range of Shore A hardnesses, from soft and flexible to rigid, expanding the possibilities for customized silicone parts.

The Ann Arbor facility is Wacker Chemie's first ACEO Open Print Lab outside of Germany, signaling the company's strategic expansion of its silicone 3D printing services in the North American market.

The lab is equipped with advanced industrial-grade 3D printers capable of processing a diverse range of silicone colors, allowing customers to create visually distinctive silicone parts.

Wacker Chemie's decades of expertise in silicone material science and engineering, as evidenced by its Silicone R&D Center in Ann Arbor, supports the development of innovative silicone 3D printing applications.

The ACEO Open Print Lab concept enables customers and development partners to directly engage with Wacker's silicone 3D printing technology, fostering collaboration and innovation in the field of additive manufacturing.

The Ann Arbor facility is led by an experienced ACEO Lab Manager, Sarah Burke, who previously worked at Wacker's Silicones R&D Center, bringing valuable expertise to the new US-based lab.

Wacker Chemie's ACEO 3D printing webshop, launched in 2016, has been a key driver for the company's expansion of its silicone 3D printing services, including the establishment of the Ann Arbor facility.

The new ACEO Open Print Lab in Ann Arbor complements Wacker's existing facility in Burghausen, Germany, further strengthening the company's position as a leading provider of silicone 3D printing solutions globally.

Wacker Chemie Opens First US Silicone 3D Printing Lab, Expanding ACEO Services - Regional Focus on Meeting Customer Needs in North America

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan represents the company's commitment to expanding its silicone 3D printing services in the North American market.

By establishing this first US-based facility, Wacker aims to provide customers in the region with direct access to its innovative ACEO technology, allowing them to develop and test customized silicone-based products across various industries.

The Ann Arbor lab is equipped with advanced 3D printers capable of processing a broad range of silicone rubber materials, offering unprecedented customization options for customers in North America.

Wacker Chemie's new ACEO Open Print Lab in Ann Arbor, Michigan is the company's first US-based facility for its innovative silicone 3D printing technology, marking a strategic expansion into the North American market.

The Ann Arbor lab is equipped with advanced industrial-grade 3D printers capable of processing a broad range of silicone rubber materials, including those with varying Shore A hardnesses and a variety of colors.

Wacker's ACEO technology operates on a "drop-on-demand" principle, where individual silicone droplets or "voxels" are precisely deposited to create 3D objects with intricate designs and fine details.

The new facility in Ann Arbor is housed within Wacker's Silicone R&D facility, leveraging the company's decades of expertise in silicone material science and engineering to support customer projects.

The Ann Arbor ACEO Open Print Lab is led by Sarah Burke, an experienced Lab Manager who previously worked at Wacker's Silicones R&D Center, bringing a wealth of knowledge and expertise to the new US-based facility.

The Ann Arbor lab complements Wacker's existing ACEO Open Print Lab in Burghausen, Germany, further strengthening the company's position as a leading provider of silicone 3D printing solutions globally.

Silicone 3D printing technology like Wacker's ACEO platform allows for the creation of customized silicone parts with intricate designs and fine details that were previously challenging to achieve using traditional manufacturing methods.

The ACEO Open Print Lab in Ann Arbor can process silicone rubber materials with a wide range of Shore A hardnesses, from soft and flexible to rigid, expanding the possibilities for customized silicone parts.

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