3D Print High Detail Jewelry with New Castable Wax Resin
July 10, 2018 in News
Formlabs is pleased to announce that Castable Wax Resin, the newest addition to our library of Jewelry Resins for 3D printing, is now shipping!
This wax-filled material is designed for reliable direct investment casting with zero ash content and clean burnout. Printed parts are suitable for both custom try-ons and final production.
The Digital Jewelry Industry
The way jewelers work is changing, and castable photopolymer resins are leading the way. From independent designers concepting and prototyping in their studios, to casting houses increasing capacity and diversifying their offerings, digital fabrication techniques are increasingly key to growing a successful jewelry business.
Highly capable equipment and materials help designers and manufacturers free up time that would be spent making or preparing pieces by hand. With affordable, intuitive desktop 3D printing options like the Form 2, high quality 3D printing is increasingly accessible and scalable for jewelers at all levels.
“Before bringing 3D printing in-house, I’ve outsourced waxes to be printed, only to discover I needed thicker or thinner dimensions in the first design. I’m super excited about the new Castable Wax Resin, the detail was outstanding in the initial prints and the material was so much easier to invest and cast.”
Andrew Goldstein, vice president, Zina Sterling Silver
Ornate Geometries, Accurate Prints
Highly detailed and challenging jewelry is complicated to produce by hand, and in a world driven by high demand and fast fashion, it can be difficult for hand-crafted pieces to keep pace.
Castable Wax Resin was formulated to set the standard for print quality on an affordable desktop 3D printer, combining the smooth surface finish that stereolithography (SLA) 3D printing technology is known for with increased part strength and precise print settings to capture astonishingly sharp detail.
Accurately capture fine features, like raised text, delicate filigree wires and meshes, and detailed pavé, with no visible layer lines.
Asia Pacific is the largest global market for jewelry in terms of retail value, producing in huge volumes. The Formlabs product development team worked closely with jewelry manufacturing partners in China, Japan, and India to ensure that Castable Wax Resin could reliably print challenging ornate pavé pieces and large filigree bracelets, which are particularly popular in those regions.
By focusing on the most challenging geometries during product development, we were able to create a material capable of accurately printing designs of all kinds. Castable Wax is our best all-around material for investment casting, and is strong enough to be used for initial test fittings or prototyping designs.
See Castable Wax Resin’s crisp accuracy and smooth surface finish firsthand: request a free sample pavé dome ring.
Same Day Castings: Fast Burnout, No Post-Cure
Castable Wax Resin is 20% wax-filled for clean, easy casting with fast, reliable burnout. This material is suitable for a standard burnout schedule or a short 8-hour burnout schedule using strong investments like R&R’s Ultravest Maxx, developed specifically to withstand faster heating for photopolymer casting.
This resin does not require post-curing, making part preparation fast and foolproof–no wondering if a part is fully cured and ready to cast. After a quick wash in isopropyl alcohol, parts are clean and ready to handle, with no residual tackiness.
The Standard Burnout Schedule is recommended for overnight cycles and for larger flasks and heavier geometries.
Grow Your Jewelry Business With Castable Wax Resin
Advanced materials and affordable in-house 3D printers are changing the way jewelry manufacturers and designers work, bringing industrial quality to the desktop and making it easier to produce and fit complicated geometries that once required hours of meticulous labor.
Webinar: How to Print and Cast Jewelry With Castable Wax Resin
Watch this recording to learn how an Austrian goldsmith incorporated the Form 2 and Castable Wax Resin into his 3D printing workflow.