WaxJet 3D Printers for Jewelry

Yes, you can legally sell 3D printed items provided you own the original intellectual property or hold the commercial manufacturing and reproduction rights for the designs. Jewelry businesses commonly utilize wax 3D printers to produce original custom jewelry, limited-edition series production, replacement components, and proprietary metal castings directly for commercial retail and wholesale clients.

These printers utilize MultiJet Printing technology to deposit 100% wax casting materials drop by drop, supported by dissolvable support material. This additive process generates crisp edges, sharp details, and tight tolerances required for direct metal casting. MultiJet printing allows jewellers to manufacture complex custom components, pre-series runs, and high-detail production batches without manual tooling.

Systems such as the ProJet MJP 300W Plus, MJP 2500IC, and MJP 2500W operate using 3D Sprint software. This dedicated software manages the file preparation, print job queuing, part nesting, and build parameter optimization, ensuring efficient pattern layout and casting reliability across short-run prototypes or full production batches.

MultiJet wax 3D printers utilize dissolvable supports engineered for hands-free batch support removal. Unlike systems requiring manual clipping or scraping that can break delicate prongs or intricate filigree, the dissolvable supports melt or wash away in post-processing without damaging fine details or distorting complex jewelry geometries.

Printers are available through direct purchase as well as business financing assistance. Certain models offer equipment financing terms such as 60-month schedules starting as low as $1,432 per month. In addition, volume and custom pricing for printing materials can be requested based on operational requirements.

Systems equipped with Surface Enhance technology deliver exceptionally smooth surfaces directly off the build platform. Because the resulting wax patterns cast reliably with minimal surface roughness, finishing and polishing times are reduced. This reduction in post-cast abrasive cleanup directly minimizes precious metal loss, such as gold loss.