VisiJet M2E-BK70 (MJP)

Flexible Engineering Photopolymer with Rubber-Like Performance

VisiJet M2E-BK70 (MJP) delivers elastic response with controlled deformation under load. The material provides 44% elongation at break and strong tear resistance, supporting parts exposed to repeated compression, bending, and dynamic motion. This balance of flexibility and strength allows teams to design durable flexible 3D components such as gaskets, seals, dampers, and protective interfaces without secondary tooling. In addition, the rubber-like mechanical response remains stable across repeated builds, helping engineers maintain consistent part performance during validation and limited production runs.

Rubber-Like MJP Material Optimized for Production Workflows

This rubber-like MJP material integrates directly into established ProJet workflows with minimal parameter adjustment. Stable curing behavior and predictable print response support repeatable output across batches. The black elastomeric material also improves visual inspection by clearly defining edges, parting lines, and surface features. These characteristics support efficient iteration while maintaining dimensional control, even for parts with complex geometries or tight tolerances.

Black Elastomeric 3D Printing Resin for Long-Term Use

With a Shore A hardness of 70, VisiJet M2E-BK70 (MJP) resists permanent deformation under sustained load. Parts retain shape and elasticity during extended use, supporting long service life in industrial and consumer environments. In addition, the material meets UL94 HB flammability requirements and is USP Class VI certified, expanding its suitability for regulated applications. This flexible engineering photopolymer enables production-ready elastomeric parts without molding, which reduces lead times and maintains predictable mechanical performance.