3D Printer

Professional Titanium 3D Printing Solution Cobalt-chromium printers may fail with titanium,But titanium-optimized systems handle both.Titanium's high reactivity demands superior safety & stability.

Redefining "Desktop3D PrintingDesigned for Small Dental Labs -Mini-100 RedefinesCompact ProductivitySpace Revolution:0.5m2 footprint with verticaintegration, no extra workstation required.Quality Promise:Inherit the safety, stability andprecision of Space Ti-160.Full Material Freedo

1. National invention patent, infrared heating2. Faster speed, it only takes 1-1.5 hours from annealing to pick-up and cutting, compared to 4-5 hours for traditional box annealing furnaces or stainless steel vacuum furnaces.3. Excellent vacuum performance (no oxidation) and superior physical properties. Minimizes sandblasting needs, reducing customers’ grinding and polishing workload.4. Broad applicability: Proven annealing processes for cobalt-chromium universal powder, cobalt-chromium stent powder, cobalt-chromium porcelain-fused powder, titanium alloy (TC4), and pure titanium (TA1)—suitable for mainstream dental metal powders on the market.5. Moderate pricing with high cost-effectiveness.6. Power-saving

1. National invention patent, infrared heating2. Faster speed, it only takes 1-1.5 hours from annealing to pick-up and cutting, compared to 4-5 hours for traditional box annealing furnaces or stainless steel vacuum furnaces.3. Excellent vacuum performance (no oxidation) and superior physical properties. Minimizes sandblasting needs, reducing customers’ grinding and polishing workload.4. Broad applicability: Proven annealing processes for cobalt-chromium universal powder, cobalt-chromium stent powder, cobalt-chromium porcelain-fused powder, titanium alloy (TC4), and pure titanium (TA1)—suitable for mainstream dental metal powders on the market.5. Moderate pricing with high cost-effectiveness.6. Power-saving