Date: Wednesday, June 03, 2020
Time: 2:00 PM Eastern Daylight Time
Duration: 1 hour
In the past, it has been nearly impossible to additively manufacture elastomeric materials with rubber and polyurethane-like performance. Fused filament fabrication and Selective laser sintering printing of elastomeric thermoplastics result in properties and parts that are suited for prototyping not end use performance. DLP™ and stereolithography printing typically require viscous materials that have low elasticity, poor tear strength and little strain capacity.
ToughRubber™ resins from Adaptive3D leverage proprietary chemistry to unlock the benefits of additive manufacturing to professionals making rubber, polyurethane, and foam parts through high tear strength, elongation, and ultimate tear strength.
In this Webinar, a case study will be presented in which a life-saving rubber diaphragm for ventilators is developed within a few days and printed at scale, ultimately leading to submission for Emergency Use Authorization at the United States Food and Drug Administration. It is a complete demonstration of combining the benefits of Additive Manufacturing and the properties of elastomeric materials.
Dr. Walter Voit
CEO and Founder