| Category | Specifications |
|---|---|
| Laser System | • Type: Fiber Laser • Configuration: Dual Laser 1 for Printing + 1 for Preheating, Slow Cooling & Printing • Wavelength: 1064 nm • Laser Power: 500W and 3000W |
| Recoating System | • Method: Bidirectional Blade Recoating • Standard Layer Thickness: 0.05 mm • Rapid Prototyping Range: 0.05 ~ 0.15 mm • High Precision Range: 0.03 ~ 0.05 mm |
| Optical & Scanning | • Spot Size (@1/e²): 80~120μm / 180~2000μm • Galvanometer: High-speed digital scanning galvanometer • Scanning Speed: 1.0~10.0m/s (Recommended) • Jump Speed: 10m/s (Recommended) • Reference Build Rate: 4~30cm³/h |
| Shielding System | • Protective Gas: Nitrogen (N₂) or Argon (Ar)* *Argon is mandatory for reactive materials like Titanium and Aluminum. • Flow Control: Intelligent circulation 0 ~ 3 L/min • Filtration: Multi-level high-efficiency dust removal and gas circulation system |
| Build Vat | • Build Volume: 250mm (X) × 250mm (Y) × 350mm (Z) (Dimensions exclude screw holes and fillets) • Max Part Weight: 50 kg • Substrate Handling: Quick-change substrate plate system • Heating Type: Precision resistance wire heating (up to 80°C/200°C optional) • Compatible Materials: Titanium Alloy, Aluminum Alloy, Stainless Steel, Tool Steel, Tungsten, Molybdenum, Niobium,Maraging Steel, Cobalt-Chrome, Nickel-Based Superalloys, Copper, etc. |
| Software | • Network: Ethernet, TCP/IP, IEEE802.3 • Control Software: iSLM Pro (Industrial Edition) • Data Processing: 3dLayer (Advanced Support Generation & Slicing) • File Interfaces: STL, CLI, SLC |
| Installation Conditions | • Power Supply: 220V (±10%) AC 50/60Hz, Single-phase 16A • Ambient Temperature: 20 – 26°C • Relative Humidity: < 40%, non-condensing • Machine Dimensions: Approx. 3.03m(W)×1.57m(D)×2.58m(H) (Excluding computer stand and external chiller if separate) • Machine Weight: Approx. 2000 kg |
| Warranty | • Laser Source: 5,000 hours or 12 months (whichever comes first) • Whole Machine: 12 months from installation date |
Note: Specifications are subject to updates based on specific configuration choices. Please consult a Forgecise representative for the latest technical data and custom options.
Unlock the potential of difficult-to-process materials with the iSLM250DH, a next-generation metal 3D printer specifically architected for refractory and brittle metals. Unlike standard SLM systems, the iSLM250DH employs an advanced dual-laser strategy: a 500W fiber laser dedicated to high-precision melting and a powerful 3000W fiber laser utilized for active preheating, slow cooling, and auxiliary printing. This innovative thermal management approach effectively mitigates cracking and residual stress in challenging alloys such as Tungsten, Molybdenum, Niobium, and Nickel-based superalloys.
The system boasts a generous build volume of 250mm (X) × 250mm (Y) × 350mm (Z), capable of producing parts weighing up to 50 kg. Its high-speed scanning galvanometer supports scanning speeds of 1.0~10.0 m/s and jump speeds of 10 m/s, delivering a reference build rate of 4~30 cm³/h. The bidirectional blade recoating system offers flexible layer thickness options, ranging from 0.03 mm for high-precision applications to 0.15 mm for rapid prototyping.
Safety and material integrity are central to the Forgecise design. The sealed build chamber features an intelligent gas circulation system with precise flow control (0~3 L/min), supporting both Nitrogen and Argon (mandatory for reactive metals). The integrated resistance wire heating system further enhances process stability for high-temperature alloys. Powered by the iSLM control software and 3dLayer slicing suite, the iSLM250DH streamlines the workflow from STL/CLI/SLC file import to final production. With its robust construction (approx. 2000 kg) and comprehensive 12-month warranty, the iSLM250DH is the definitive solution for aerospace, research, and industrial applications requiring the reliable additive manufacturing of exotic metals.
