The JewelsPrint blog is your trusted source for in-depth knowledge on jewelry production workflow, written by specialists who live and breathe the craft — certified 3D printing engineers and professional goldsmiths with hands-on experience on the production floor. Whether you’re a jewelry manufacturer looking to eliminate workflow bottlenecks or a CAD designer exploring smarter production methods, our expert-authored content gives you the technical depth and practical clarity you need to make better decisions at every stage of your jewelry manufacturing process.
Most jewelry 3D printing support settings failures come down to three parameters: contact diameter, overhang angle threshold, and model orientation. Get those right for a
When jewelers first see a fully packed JewelsPrint casting tree, the reaction we hear most is almost always the same: “This is incredible… but how
Common problems in 3d printed jewelry casting include: resin residue, shrinkage, layer lines, support structure artifacts, hollowing issues, and material-specific flaws. Each of these 3D
Jewelry casting defects can occur due to several problems with the metal or molds or the casting process. Porosity defect in casting, surface discoloration –
JewelsPrint is an innovative software package that helps jewelry manufacturers to efficiently create wax casting trees. This software can overcome the limitations of traditional manual
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