SLS 3D Printer P200
Spot Following Technology
Multi-Galvanometer Control
VNICI SLS-P200
| Unit type | P200 | |
| Number of lasers | 1 | |
| 3D printing process | Laser Powder Bed Sintering,LPBS | |
| forming area | 200mm×200mm×300mm | |
| forming accuracy | Part dimensions <100mm: L±0.1mm | |
| Part dimensions>100mm: L±0.1%×Lmm | ||
| vibrating mirror | High-speed Scanning Mirror (SCANLAB) | |
| Maximum scan speed | 8m/s | |
| lift height | 0.08-0.12mm | |
| shaped material | Common polymer materials such as PA12, PA11, PA6, PP, TPU, and related composites | |
| control software | Sinter3D | |
| Network type and protocol | Ethernet, TCP/IP | |
| data interface | STL and other data formats | |
| Mainframe dimensions | 1220mm×650mm×2000mm | |
| power dissipation | 220V,50/60Hz,S4kW | |
| Total weight of the equipment | <500KG | |
| protective gas | nitrogen |
The core principle of LPBS (Laser Powder Bed Sintering) printing is: using a laser beam to selectively sinter powdered materials (such as nylon, metals, etc.), manufacturing three-dimensional objects through layer-by-layer powder deposition, laser scanning sintering, and sequential stacking. During this process, unsintered powder naturally forms support structures.