Lost Wax Casting Jewelry Patterns

Wax patterns can be produced using digital additive manufacturing technologies such as MultiJet Printing or DLP systems. A 3D digital model is prepared and printed layer by layer using 100% wax materials like VisiJet or specialized castable resins. The finished printed patterns can then be handled, sprued, and invested directly into standard jewelry casting flasks.

The ideal material depends on geometry and casting requirements. 100% wax materials like VisiJet M2 Cast provide pure wax melting behavior suited for standard foundry cycles. For delicate or thin wire mesh designs, durable materials like VisiJet M2 Wax Jewel Red offer flexibility to reduce pattern breakage during handling prior to investment casting.

Lost wax casting achieves high fidelity when paired with high-resolution 3D printing technologies such as MultiJet Printing and Digital Light Processing. These systems reproduce micro-details, intricate filigree, and fine surface finishes. Accuracy is maintained throughout production because materials like VisiJet and castable resins hold precise dimensions and burn out cleanly without residual ash.

VisiJet casting materials are engineered for specific MultiJet Printing systems. For instance, VisiJet M2 Wax Jewel Red and M2 CAST are designed for the ProJet MJP 2500W printer series. VisiJet M2 ICast material is formulated for use with the ProJet MJP 2500 IC Series for direct investment casting workflows.

Yes, specialized pattern materials are engineered specifically to handle thin, delicate features. Formulations like VisiJet M2 Wax Jewel Red offer durable yet flexible properties that resist pattern breakage when creating lightweight filigree and thin wire mesh jewelry designs, maintaining integrity through handling and investing.

Dedicated casting materials like VisiJet 100% wax melt in standard foundry burnout cycles, fitting into existing casting operations. Castable resins like JCAST-GRN 10 and NextDent CAST are designed for residue-free burnout when paired with recommended investment materials, as outlined in their technical data sheets.