3D Systems Elevates the Art of Jewelry Making with Introduction of MJP 300W Plus

• New Surface Enhance feature improves surface finishes to reduce polishing time and gold loss
• New MultiJet Printing solution delivers over 30% improvements in speed with 50% less support material usage to reduce costs
• Post-processing time reduced by up to 60% with break-away supports, accelerating time to final jewelry item
• New cybersecurity features safeguard intellectual property, product quality, and business operations
• $1 billion 3D-printed precious metal jewelry market expected to grow to $3 billion by 2030
  
  

ROCK HILL, S.C., Sept. 30, 2025 (GLOBE NEWSWIRE) -- Today, 3D Systems (NYSE: DDD) introduced the MJP 300W Plus, the latest addition to its portfolio of end-to-end solutions for jewelry manufacturing. The most advanced and versatile of the Company’s 3D wax printers provides jewelers of all sizes with the freedom to tackle a wide variety of manufacturing workflows with greater efficiency and the highest-quality results. The MJP 300W Plus prints extremely intricate wax patterns, which are used for the casting of precious metal jewelry. 3D printing eliminates the time, costs, and geometric constraints associated with the use of traditional tooling for pattern manufacture. Its combination of exceptional resolution and dissolvable, meltable supports enables precise surface quality, thus reducing the need for extensive finishing labor and costly polishing of the resulting precious metal castings. When the MJP 300W Plus is used in combination with 3D Systems’ portfolio of VisiJet 100% wax materials, producers of wax jewelry patterns—from high-volume manufacturers to custom jewelry makers—can achieve new designs, more efficiently and with much greater design freedom. This design freedom comes with lower manufacturing costs due to reduced loss of gold or other precious metals during final polishing.

Integral to the design of the MJP 300W Plus are enhancements to the print modes available in 3D Sprint. The printer includes three modes—High Resolution, Premium, and Standard—that are optimized for 30% productivity increases, 20% lower overall material usage, and improved surface finish enabled by the Company’s proprietary Surface Enhance feature, as compared to other available wax pattern solutions. The availability of three print modes offers improved flexibility in build planning for both day and night shifts to match the level of speed, geometric complexity, and surface quality required by all design styles.