Even when tightly bent, it beautifully returns to its original shape. The permanent deformation under compression is less than 1%, combining softness and strength. Shall we co-create new products with this material?
The "rubber elastic material for 3D printers" developed by our company is a 3D printer material that possesses rubber elasticity and strength. By forming a chemical network, we have successfully achieved the recovery properties of rubber after UV curing. It has actual rubber performance that is different from rubber-like materials, allowing for the creation of rubber-shaped objects using a 3D printer. *3D modeling is produced using the SLA method. 【Features】 ■ The compression permanent deformation is equivalent to or better than that of typical vulcanized rubber at 0.9%. ■ It has low hysteresis loss and possesses spring-like performance. ■ Shore A hardness is between 40 and 50 (other hardness levels are under development). ■ The material is colorless and transparent and can be colored. *For more details, please refer to the materials. Please consult us regarding technical information, applications, and joint research related to this material.
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【Intended Uses】 ◎ Automotive industry ◎ Medical device industry ◎ Footwear industry ◎ Flexible applications *For more details, please refer to the materials. Feel free to inquire about the technical information, applications, and joint research regarding this material.
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*For more details, please refer to the materials. Please feel free to inquire about the technical information, applications, and collaborative research regarding this material.
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Sumitomo Rubber is a comprehensive rubber product manufacturer that globally develops tire, sports, and industrial product businesses. Our company is engaged in the development of materials with rubber elasticity and strength that can be shaped using 3D printers. The materials currently under development have successfully demonstrated the ability to exhibit rubber-like resilience after curing by forming a chemical network. Would you like to co-create new products using this material?