VisiJet M2 ENT (MJP)

VisiJet M2 ENT (MJP) is a flexible 3D printing material developed for functional prototyping and mechanical validation. This tough general-purpose MJP resin delivers rubber-like compliance while maintaining predictable dimensional behavior. Engineered for ProJet® MJP 2500 and 2500 Plus systems, it supports repeatable results in production-oriented development environments.

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Description
Engineering-Grade Prototyping Material with Rubber-Like Response

VisiJet M2 ENT (MJP) functions as an engineering-grade prototyping material for parts that must flex, compress, and recover under load. In addition, the high elongation supports seals, grips, overmolds, and cushioning features that require controlled elasticity. The 3D Systems material also feature mechanical stability across repeated cycles, allowing engineers to validate fit, function, and motion without premature failure.

 

Durable Multipurpose Photopolymer for Dynamic Assemblies

This durable multipurpose photopolymer offers elongation approaching 170%, supporting components exposed to frequent bending and mechanical strain. In addition, the tear resistance and surface stability help maintain performance in dynamic assemblies. It also maintains consistent curing behavior to preserve geometry in fine features and complex elastomeric designs.

 

Flexible 3D Printing Material for Production-Oriented MJP Workflows

VisiJet M2 ENT (MJP) is used across automotive, consumer electronics, medical, and industrial tooling applications. It enables elastomeric components without secondary molding or tooling steps. The flexible 3D printing material also supports dependable, production-oriented MJP workflows that demand durability, repeatability, and functional flexibility.

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