Substrate Preheating
The substrate temperature can reach up to 180°C+, significantly reducing residual stress within printed parts and minimizing issues such as deformation and cracking in the formed components.
Build Size: 100*100*100mm
Laser Type: 500W
Materials:Titanium alloy, cobalt-chromium alloy stainless steel



The substrate temperature can reach up to 180°C+, significantly reducing residual stress within printed parts and minimizing issues such as deformation and cracking in the formed components.
This technology achieves ±0.02 mm precision, ensuring tight dimensional control for complex structures like dental crowns and frameworks. The final parts feature over 99.9% density and excellent mechanical properties, ensuring both biocompatibility and structural integrity.
Our proprietary one-click dental crown layout system takes just 5 minutes for single crown setups, drastically reducing the time and complexity compared to manual systems,Easy for beginners to use.
| Item | Specification |
| Dimension | 670*600* 980mm |
| Build volume | 100*100*100mm |
| Scanning speed | 7-12m/s |
| Light source | 500W |
| Laser Source | Single |
| Layer Thickness | 20~60μm |
| Applicable material | Titanium alloy, Cobalt-chromium alloy ,Stainless steel,Nickel alloys |
| Chamber oxygen level | ≤100ppm |
| Protective gas | Nitrogen/Argon |
| Data format | STL or other Convertible File |
| Software | BP+PRSControl software |
| Voltage | 220v.50HZ.1P.2KW |
| Weight | 185kg |
| Cooling Type | Water-Cooled |