FINE DETAIL 3D PRINTINGÂ JEWELLERY
PERFECTION
The high precision wax model 3D printers built exclusively for jewellers, the desktop Solidscape S300 series creates ultra-accurate, directly castable wax models with complex geometries, clean burnout and superior surface finish.
Solidscape wax pattern 3D printers are the only wax model 3D printers built exclusively for jewelers — workhorses designed to optimize workflow and boost your bottom line.
ULTRA ACCURATE, HIGH PRECISION 3D PRINTING
SUPERIOR WAX PATTERNS FOR SUPERIOR CASTINGS
SOLIDJETâ„¢ TECHNOLOGY
Solidjet™ Technology builds detailed support structures infilled with solid wax, producing the highest integrity castings and surface finish in the industry.
DROP ON DEMAND TECHNOLOGY
Drop on Demand Technology positions drops of material precisely along X, Y and Z axes, resulting in high-definition details.
ROTATING MILLING BLADE
Rotating Milling Blade levels every print layer, delivering controllable layer thickness down to 50µm, impossibly complex builds and unbeatable, repeatable accuracy.
S3DUO ADVANCE
Offering two distinct configurations - Advanced Mode and Solidjet – the S3Duo was created to showcase and consolidate the best of Solidscape’s flagship S-series printers while catering to the needs of jewellery designers.
Choose Your Duo
Advanced
Offers extreme resolution for producing geometrically complex designs that demand high precision - as fine as 3-micron layer increments - get true CAD to cast models.
Drop on Demand material jetting and meticulous milling mean stunning symmetry, exacting wall thickness and extreme detail. Solidscape 3D printers are precision AND accuracy in action.
Solidscape wax pattern 3D printers pave a direct route to finished casting — 100% castable in gold, platinum and all castable metals.
Create the finest, trickiest and most complicated designs that aren’t possible using any other technique — traditional or 3D printed, old school or new school.
Wax patterns are optimized for best burnout performance — fast melt out, no ash or residue, no thermal expansion.
