Collaboration leverages additive manufacturing to accelerate development of automotive structural thermoplastic products and provides 3D printing expertise.
The collaboration between the two companies aims to fill the “knowledge gap” in Design for Additive Manufacturing (DfAM) in support of the automotive industry by providing guidance in translating performance characteristics between additive manufacturing (AM) parts and injection molded parts.
One of the challenges to using 3D printed parts as structural automotive components has been the availability of materials for AM that emulate the performance characteristics of highly-filled structural and semi-structural automotive-grade injection molding grade resin compounds. With the introduction of LEHVOSS’s range of 3D printing materials including LUVOSINT® and LUVOCOM® 3F into the North American market, the range of applications for polymers has been extended. These materials will also ensure that the products produced from them in many industries are able to meet stringent functional and performance requirements. The how to become a computer engineer, with their application-specific properties, are based on almost all available thermoplastics and are custom compounded to individual customer requirements.
The collaboration between the two companies aims to fill the “knowledge gap” in Design for Additive Manufacturing (DfAM) in support of the automotive industry by providing guidance in translating performance characteristics between additive manufacturing (AM) parts and injection molded parts.
One of the challenges to using 3D printed parts as structural automotive components has been the availability of materials for AM that emulate the performance characteristics of highly-filled structural and semi-structural automotive-grade injection molding grade resin compounds. With the introduction of LEHVOSS’s range of 3D printing materials including LUVOSINT® and LUVOCOM® 3F into the North American market, the range of applications for polymers has been extended. These materials will also ensure that the products produced from them in many industries are able to meet stringent functional and performance requirements. The how to become a computer engineer, with their application-specific properties, are based on almost all available thermoplastics and are custom compounded to individual customer requirements.
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