Adaptive3D has developed a unique product family in the 3D printing industry that solves many of difficulties that come along with the Additive Manufacturing process. Adaptive3D focuses on creating materials used for Additive Manufacturing that:
- Are Flexible & Tough
- Are Strain-Tolerant (150%-450%)
- Have a Broad Range of Durometer (Shore A 20-90)
- Are a One-Part System
- Allow Rapid Post-Processing
THE TOUGHRUBBER FAMILY
The ToughRubber Family is a class of one-part, one-pot, rapid-curing photopolymer resins with high-throughput print speeds. Whether looking to create functional prototypes or even end-user products, these resins will result in the print you need.
ELASTIC TOUGHRUBBER™ 90
Elastic ToughRubber™ 90 is the newest addition to the ToughRubber family and is set apart by its unique characteristics:
- High tear strength, resilience (elasticity), strain, and tensile strength
- Faster part production time
- One-part, one-pot polymer system
With use cases that include everything from hinging mechanisms and lattices to end-user products, Elastic ToughRubber™ 90 is one of the most adaptable materials used for Additive Manufacturing available.
Designed for functional prototypes of audio ear buds, wearable electronics, and anatomical medical models, Soft ToughRubber™ (STR) delivers silicone feel and mechanical properties with the resolution and surface finish that DLP® printing provides.
With Adaptive3D’s materials, you can create stronger, tougher, and more strainable parts that have high accuracy, isotropic properties, and great printability. Soft ToughRubber™ is an innovative material that can be an asset to the development of your Additive Manufacturing capabilities.
Damping ToughRubber™ is the highest-straining 3D-printable photopolymer in the world (405%). It resembles EVA rubber in stress, strain, and feel. It also has the highest ultimate tensile stress and toughness of any rubber-like 3D-printable photopolymer.
Damping ToughRubber™ has the following properties that make it best-in-class:
- High strain
- Strong rubber-like AM material
- Feels and performs like rubber