Elastomers are a class of polymeric materials characterized by exceptional flexibility, high elongation at break, and the ability to recover their original shape after being stretched or compressed.
Specifically engineered for medical simulation models, soft robotics, wearable devices, and precision components, these elastomer materials combine superior flexibility, resilience, and durability. They offer tailored solutions designed to meet the specific mechanical properties, biocompatibility requirements, and processing needs of diverse application scenarios.
TPU strikes a balance between high elasticity and abrasion resistance, boasting excellent tensile strength while maintaining superior flexibility even in low-temperature environments. As a thermoplastic material, it is recyclable and reprocessable, offering high processing efficiency. It is suitable for applications such as flexible tubing, wearable sensors, impact-resistant components, and structural parts subject to repeated bending and stretching.
Specifically developed for light-curing 3D printing processes—such as LCD, DLP, and SLA—this material combines high elasticity with rapid rebound characteristics. It delivers high printing precision, strong interlayer adhesion, and excellent post-curing stability.
It is ideal for the rapid prototyping of flexible parts, the creation of soft functional components with complex geometries, customized medical simulation models, and soft robotics components, effectively meeting the dual requirements of high precision and flexibility.
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