Product summaryLM-M280 metal powder bed melting system (commercial designation Metal Forming LM-M280; model TH-M280) with a build envelope of 286 mm × 286 mm × 380 mm. Available in single-laser or optional dual-laser configurations. Capable of processing titanium alloys, aluminum alloys, high-temperature nickel-based alloys, die steels, stainless steels and Co-Cr-Mo alloys. Designed for direct manufacturing of large-size, high-precision, high-performance components for aerospace, tooling and industrial applications.
Key features- Proprietary process software to optimize scan paths and reduce processing time.
- Optional dual-laser printing — up to ~70% throughput increase compared with single-laser.
- Printed part density >99.5% with mechanical property variation <5%.
- Custom optical system and optimized gas-flow design to ensure high dimensional accuracy and part performance.
- Optimized chamber flow for effective removal of smoke and spatter and uniform full-width builds.
- Real-time equipment status display during printing and automatic generation of electronic build reports; process parameters traceable.
- Automatic detailed process logging: per-layer build records, part temperature, chamber pressure, oxygen level at build position, powder/reservoir positions, recoater position, processing time, etc.
Technical specifications- Model: TH-M280
- Commercial designation: Metal Forming (LM-M280)
- Overall dimensions (L×W×H): 2536 × 1270 × 2230 mm
- Build envelope: 286 × 286 × 380 mm
- Scanning speed: 7 m/s
- Laser spot diameter: 70–120 μm
- Laser source power: 500 W
- Powder layer thickness: 20–120 μm
- Max. forming rate: 35 cm³/h (single laser)
- Compatible materials: titanium alloys; aluminum alloys; high-temperature alloys; stainless steel; high-strength steel; die steel
- Preheating temperature: 20–200 °C
- Chamber oxygen level: ≤100 ppm
- Shielding gas: Nitrogen / Argon
- Data format: STL or compatible conversion formats
- Software: TH-3Dprint (Tianhong)
- Electrical: 380 V, 20.1 kW power consumption
- Weight: 2.1 t