*
| Equipment Parameters |
|---|
| Build Material | Titanium Alloys, Superalloys, Aluminum Alloys, Cobalt-Chromium Alloys, Stainless Steel, Die Steel, Copper Alloys, High-Entropy Alloys,Refractory Metals, etc. |
| Build Size ① | 450×400×400mm ( X×Y×Z ) | Recoating Mechanism | Uni/Bidirectional Variable-Speed Recoating |
| Laser System | 500W×4 /×6 | Gas Support | Ar/N₂ |
| Scan System | High-Precision Scanning Galvanometer | Working Oxygen Content | ≤100ppm |
| Focusing System | F-theta Lens | Build Efficiency ② | 100cm³/h; 150cm³/h |
| Beam Quality | M² ≤ 1.1 | Host Dimensions | 3450×1512×2337mm ( L×W×H ) |
| Beam Diameter | 60 (or 80) ±3μm | Installation Dimensions | 5550×3412×3200mm ( L×W×H ) |
| Maximum Scanning Speed | 7m/s | Power Supply | AC380V |
| Layer Thickness | 20-100μm | Power Consumption | 18kW /19kW |
| Platform Preheating Temperature | RT+20℃-200℃ | Equipment Weight | Approx. 3600kg |
1: Excluding the thickness of the build platform.
2: The buiding eficiency can vary due to dfterences in equipment conigurator, process parameters, and the operating status of the laser.
* The above data are cttained under HG-ATOMl operating condtions. The finalequipment parameters are subject to the actually scld products.
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Shoe Mold(HG-316L)
