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Selective Laser Sintering (SLS) technology uses a Co2 laser to sinter layers of powdered materials (thermal plastic, wax and coated sand) direct from your 3D CAD data. A thin layer of powdered material is spread across the build chamber via a roller system. The laser then traces a two-dimensional cross section of the part sintering the material together. This process continues, layer-by-layer, until the 3D part is built. During the SLS process, the part is suspended in the powder so no supports are needed.
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| AFS-500 |
AFS-320 |
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Specifications of AFS Series SLS Machines |
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AFS-500 |
AFS-320 |
Laser type |
CO2 50W |
CO2 30W or 50W |
Optical system |
Dynamic focus galvanometer with maximum scan speed 6m/s, spot size ¡Û0.35mm |
Dynamic focus galvanometer with maximum scan speed 2.5-4m/s, spot size ¡Û0.4mm |
Build volume (mm) |
500X500X500 |
360X360X500 |
Layer thickness (mm) |
0.1-0.3 |
0.08-0.3 |
Operating system Control software |
Windows 2000 professional Afswin2.0 |
Data processing software Input data format |
Magic RP 11.0 .stl |
Powdered materials |
Casting PS, Wax, Casting Sand, Polystyrene |
Power supply |
380V, 50Hz, 8KVA |
380V, 50Hz, 6KVA |
Dimensions (mm) |
2860X1210X2180 |
2060X930X1830 |
Operation temperature |
18-26¡æ |
Relative humidity |
£¼80% |
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