Custom elastomer parts for mechanical engineering

Our ground-breaking 3D printing process yields durable, robust elastomeric parts that were previously available only through expensive, time-consuming molding. Our novel liquid-mixing chemistry process is a cost-effective way to design and manufacture high-performance plastics. With customizable shapes, strength and durability, our parts are appropriate for a broad set of product applications, including seals, gaskets, footwear, prosthetics and medical devices — even in large or complex formats, such as multi-material designs. Geometry (current maximums) Size: 91 cm by 91 cm Height (easy): 10 cm Height (max): 60 cm Properties (current ranges) Hardness Shore A: 35 - 95 Tensile Strength: 7 - 24 MPa Elongation at break: 250 - 700 % Tear resistance: 15 - 35 N/mm Abrasion resistance: 15 - 35 mm³ Chromatic 3D Materials printing technology is exceptionally good for parts that require a flat surface to seal against gases and liquids, such as gaskets, seals or adapters.

Details

Our ground-breaking 3D printing process yields durable, robust elastomeric parts that were previously available only through expensive, time-consuming molding. Our novel liquid-mixing chemistry process is a cost-effective way to design and manufacture high-performance plastics. With customizable shapes, strength and durability, our parts are appropriate for a broad set of product applications, including seals, gaskets, footwear, prosthetics and medical devices — even in large or complex formats, such as multi-material designs. We deliver solutions for customers who require disruptive innovation in supply chains, mass customization, or part design by combining expertise in • Material chemistry, • 3D Printing control software, and • Business and application development. Our technology is “printer neutral,” and we partner with producers of commercial filament printers to adapt printers for our material technology.

Target Customers