second-hand
Figure 4 Jewelry 3D Printer - 3D Systems
Produce superior jewelry prints with best-in-class surface finish. Figure 4’s non-contact membrane technology, combined with exclusive MicroPoint™ support structures, minimizes part-to-support interaction, resulting in the smoothest sidewalls and finest resolution for jewelry applications.
Ultra-Fine Detail
Proprietary print build styles developed specifically for jewelry, both for thin, delicate geometries, as well as thicker geometries, enable optimized jewelry prints with detail for settings, sharp prongs, fine mesh and more.
Reduced Production Labor Costs
MicroPoint ultra-fine tip support structures enable both easy support removal and smoother surface finish, reducing downstream labor costs and production time by minimizing polishing of support intersection points.
SKU
SH_460001-2
SECOND HAND DEAL
Fastest Printing to meet Your Production Needs
Part of 3D Systems’ scalable, fully integrated Figure 4® technology platform, Figure 4 Jewelry is an affordable solution optimized for jewelry design and manufacturing workflows, delivering unparalleled speed, productivity, ultra-fine detail, and smooth surface finish.
Print algorithms developed specifically for jewelry workflows enable Figure 4 Jewelry to print patterns at 15mm/hr at 30µm layer.
Install Date: December 2020
Print Hours: 600
Status: Working
Produce superior jewelry prints with best-in-class surface finish. Figure 4’s non-contact membrane technology, combined with exclusive MicroPoint™ support structures, minimizes part-to-support interaction, resulting in the smoothest sidewalls and finest resolution for jewelry applications.
Ultra-Fine Detail
Proprietary print build styles developed specifically for jewelry, both for thin, delicate geometries, as well as thicker geometries, enable optimized jewelry prints with detail for settings, sharp prongs, fine mesh and more.
Reduced Production Labor Costs
MicroPoint ultra-fine tip support structures enable both easy support removal and smoother surface finish, reducing downstream labor costs and production time by minimizing polishing of support intersection points.