Resources
Explore practical guides, technology comparisons, and verified case studies for wax pattern and sand casting production.
Knowledge Library
Jewelry 3D printing can support prototypes, custom designs, complex geometries and batch pattern production. Learn what different systems print, how patterns reach casting, and how to evaluate a project.
Read resourceCompare hand fabrication, die forming, lost-wax casting, electroforming, CNC machining, and direct metal additive manufacturing—and see why printed wax patterns suit complex, frequently revised, mixed-batch jewelry.
Read resourceExplore wax 3D printing for art, jewelry, industrial investment casting and special custom work, including workflows, best-fit quantities and limitations.
Read resourceFollow the jewelry workflow from CAD, nesting and wax printing through support removal, inspection, treeing, investment, dewaxing and metal casting.
Read resourceLearn how wax 3D printing supports complex impeller casting, from CAD preparation and support removal through inspection, treeing and process validation.
Read resourceCompare silica, ceramic, spherical refractory and natural sands by grain size, shape, refractoriness, binder compatibility, permeability and reclamation.
Read resourcePlan a sand 3D printing rollout from pilots and site utilities through material qualification, standard work, capacity ramp and ROI review.
Read resourceFollow a printed wax pattern through support removal, inspection, tree assembly, shell building, dewaxing, pouring and casting finishing.
Read resourceUse order mix, tooling cost, delivery pressure, staffing, floor space and quality systems to decide whether to buy a sand printer or outsource first.
Read resourceLearn when to retain an efficient conventional mold and print only complex cores, including interface, tolerance, material, volume and quality controls.
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