Rock Hill, South Carolina – 3D Systems Corporation (NASDAQ: TDSC) announces the introduction of Accura® ClearVue™ Plastic, another integrated new Stereolithography material with excellent transparency, outstanding durability and enhanced yields and manufacturability.
Accura® ClearVue™ Plastic is designed to produce virtually colorless parts for a wide-range of applications, including automotive headlamp lenses, hydraulic and pneumatic functional models, and form, fit and function parts and prototypes. It also enables designers and engineers to visualize internal structures and simulate lenses and other optical components. This new plastic offers outstanding flexibility and durability with a modulus range that bridges two of the most widely used thermoplastics – ABS and polypropylene. This extends the range of applications for users to produce parts to test snap-fit assemblies and to pursue a range of other applications.
Accura® ClearVue™ Plastic’s low viscosity provides easier drainage and clean up that in turn results in less waste and lower operating costs. The reduced viscosity improves recoating, which when combined with 3D Systems’ extensively developed and optimized build styles, results in higher production yield rates and enhanced manufacturability.
3D Systems developed Accura® ClearVue™ Plastic in close consultation with automotive and consumer goods manufacturers as well as its Preferred Part Service Providers (PSPs). The input provided by these lead users was instrumental in developing a final product that is tailored to meet their stringent needs.
“Accura® ClearVue™ Plastic – our latest breakthrough material – further emphasizes the importance of engineered materials to our business,” said Steve Hanna, 3D Systems’ director of Stereolithography Materials. “Breakthrough materials such as this expand our offerings to our customers and broaden the range of applications that can adopt Additive Fabrication technologies. We are pleased to add this new product to our extensive portfolio of Accura® Materials.”
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