VisiJet M2 EBK (MJP) is a flexible 3D printing material engineered for elastomeric MultiJet Printing applications. This black flexible 3D printing resin delivers rubber-like performance with high elongation, controlled elasticity, and repeatable mechanical behavior. Designed for use on 3D Systems ProJet MJP platforms, it enables production-ready flexible components that maintain dimensional accuracy under repeated deformation.
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VisiJet M2 EBK (MJP) is a production-capable flexible 3D printing material developed for MultiJet Printing systems. Qualified for use on the ProJet MJP 2500 and 2500 Plus platforms, this elastomeric MJP material delivers rubber-like flexibility with controlled, repeatable mechanical behavior. In addition, it supports the production of soft, functional parts that require elasticity without sacrificing dimensional accuracy. This black flexible 3D printing resin is well suited for gaskets, seals, vibration dampers, grips, and cushioning features. In addition, high elongation and stable curing behavior allows parts to flex repeatedly while maintaining geometry. These characteristics make the material effective for engineering workflows that demand both compliance and durability.
VisiJet M2 EBK functions as a rubber-like engineering photopolymer with consistent elastic response and a uniform matte black finish. Printed parts replicate the tactile feel and deformation behavior of traditional elastomers, enabling realistic functional testing directly from the printer. In addition, its mechanical properties remain consistent across builds, supporting predictable iteration and validation. The material also integrates cleanly into MJP workflows and produces high-resolution features with minimal post-processing. This reduces turnaround times while maintaining surface quality and part accuracy. For teams developing elastomeric components, the material simplifies the path from design to functional evaluation.
VisiJet M2 EBK delivers elongation at break of approximately 170%, enabling reliable performance in parts exposed to repeated flexing and mechanical strain. Its tear resistance and surface stability support long-term use in dynamic assemblies, allowing components to maintain performance under cyclic loading and frequent deformation. As a result, this flexible 3D printing material performs consistently in demanding functional applications.
This elastomeric MJP material is used across automotive, consumer electronics, healthcare, and industrial tooling environments. It supports the production of durable flexible components without secondary molding or tooling operations. Manufacturers benefit from a streamlined workflow that delivers elastomeric parts with predictable quality, repeatability, and production-ready performance.
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