| Category | Details |
|---|---|
| Laser System | Laser Type: CO₂ Laser Wavelength: 10.6 μm Minimum Power: 60 W |
| Recoating System | Method: Roller Bi-directional Recoating Standard Layer Thickness: 0.1 mm Rapid Build Layer Thickness: 0.1 – 0.2 mm High-Precision Layer Thickness: 0.05 – 0.1 mm |
| Optical & Scanning System | Spot Size (Diameter @1/e²): 0.45 – 0.60 mm Galvanometer: High-Speed Scanning Galvanometer Part Scanning Speed: 2.0 – 7.0 m/s (Recommended) Part Jump Speed: 10.0 m/s (Recommended) Reference Build Rate: 80 – 150 cm³/h |
| Temperature Control System | Heating Method: Far-Infrared Heating Detection Method: Continuous Online Monitoring and Compensation Control Method: Intelligent Control Protective Gas: Nitrogen (N₂) |
| Build Vat | Standard Capacity: 65 Liters Build Volume: 400 mm (X) × 400 mm (Y) × 400 mm (Z) Max Part Weight: 40 kg |
| Software | Network: Ethernet, TCP/IP, IEEE802.3 Control Software: iSLS (Miracle SLS) Pre-processing Software: 3dLayer File Formats: CLI, SLC, STL |
| Installation Conditions | Power Supply: 380V (±10%) AC, 50/60Hz, Three Phase, 15 kW (Max) Operating Temperature: 20 – 26°C Relative Humidity: < 40%, Non-condensing Machine Dimensions: 2.49m(W)×1.27m(D)×2.35m(H) (Excluding computer stand) Machine Weight: Approx. 2000 kg |
| Warranty | Laser Source: 5000 hours or 12 months (whichever comes first) Whole Machine: 12 months from installation date |
> Please note: Specifications are subject to change without notice. Contact a Forgecise representative for the most current technical data.
The iSLS400 represents the pinnacle of large-format additive manufacturing, designed specifically for high-volume industrial production and rapid prototyping of substantial components. With an expansive cubic build envelope of 400mm (X) × 400mm (Y) × 400mm (Z) and a generous 65-liter standard vat capacity, this machine allows manufacturers to nest hundreds of parts or print single large assemblies weighing up to 40 kg in a single run. This capability significantly reduces cost-per-part and lead times for automotive, aerospace, and consumer goods sectors.
Driven by a robust CO₂ laser (minimum 60W at 10.6 μm), the Forgecise iSLS400 delivers precise energy delivery for consistent sintering. The high-speed scanning galvanometer supports spot sizes of 0.45–0.60 mm and scanning speeds of 2.0–7.0 m/s, resulting in an impressive reference build rate of 80–150 cm³/h. The system utilizes a roller bi-directional recoating method to ensure uniform powder layers, offering flexibility with layer thicknesses ranging from 0.05 mm (high-precision) to 0.2 mm (rapid build).
- Advanced Thermal Regulation: The system features far-infrared heating coupled with continuous online monitoring and compensation. This intelligent control loop, operating within a nitrogen (N₂) protective atmosphere, maintains optimal sintering temperatures with high uniformity, preventing part warpage and ensuring superior mechanical properties.
- Heavy-Duty Capacity: Engineered for serious production, the iSLS400 supports a maximum part weight of 40 kg. Its large 65-liter vat minimizes the frequency of powder refills, supporting “lights-out” manufacturing shifts.
- Robust Industrial Footprint: Weighing 2000 kg, the machine is built for stability and durability. With dimensions of 2.49m (W) × 1.27m (D) × 2.35m (H), it fits efficiently into professional facilities while providing ample access for operation and maintenance.
- Seamless Digital Workflow: The printer is managed by the Forgecise iSLS control software and integrated with 3dLayer for advanced nesting and parameter tuning. It connects via standard Ethernet (TCP/IP) and accepts common file formats including STL, SLC, and CLI.
- Support-Free Complexity: Like all SLS technologies, the iSLS400 uses unsintered powder as natural support, enabling the production of highly complex geometries, internal lattices, and moving assemblies that are impossible with other 3D printing methods.
Ideal for producing end-use parts in Nylon (PA12/PA11), TPU, and reinforced composites, the Forgecise iSLS400 combines speed, capacity, and precision to meet the rigorous demands of modern industry.
