The ProJet MJP 2500 and ProJet MJP 2500 Plus deliver reliable MultiJet Printing technology for high-resolution 3D printing. This platform produces accurate, repeatable parts using a controlled material jetting process. Consistent layer formation supports functional plastic prototypes with fine detail and smooth surface quality. As a result, engineering teams rely on this system for rapid design iteration and validation across product development cycles.
High-resolution 3D printing allows the ProJet MJP 2500 series to reproduce complex geometries with tight tolerances. Precise droplet placement creates sharp edges and well-defined features. In addition, surface consistency supports both visual evaluation and functional testing. This accuracy helps teams verify form, fit, and interface alignment early in development. Stable print behavior also reduces dimensional variation between builds, improving repeatability during short-run and pilot production.
Functional plastic prototypes produced on the ProJet MJP 2500 and 2500 Plus simulate real-world performance. The system supports rigid and elastomeric materials for parts exposed to load, flex, or repeated handling. These properties allow engineers to evaluate mechanical behavior without secondary processing. Rapid design iteration becomes easier when parts move directly from print to test. Shorter feedback loops help teams reduce rework and improve design confidence before production release.
MultiJet Printing technology enables fast build speeds and efficient post-processing. Automated support removal minimizes manual labor while preserving surface detail. At the same time, consistent output supports predictable results across multiple design revisions. This workflow allows engineering teams to maintain development momentum while controlling cost and lead time. The ProJet MJP 2500 series fits well into production-oriented prototyping environments where speed and reliability matter.
