● Aircraft-grade efficiency and quality
Dual laser configuration, each laser provides full coverage of the build area, and adopts a proven scanning strategy to achieve uniform energy control within the build area, resulting in better print details and aircraft-grade quality.
● User-friendly operation
Realizing real-time powder addition under inert gas protection, with a larger volume of overflow and supply cylinders, suitable for batch industrialized production operations.
Compact design and high degree of integration
Highly integrated functional modules minimize the footprint of the machine.

Overall dimensions (W×D×H): 2360mm×1530mm×2150mm
Molding cylinder size (W×D×H) (including molding plate thickness): 305mm×305mm×410mm
Net weight of equipment: about 2800kg
Powder layer thickness: 0.02 - 0.1mm adjustable
Scanning speed: up to 15m/s
Operating system: 64-bit Windows 10
Data format: STL
Data processing and system control software: BuildStar , MakeStar
Laser system: fiber laser, 500W × 2
Shaker scanning system: dynamic focusing
Inert gas consumption (printing process): 3 - 5 L / min (nitrogen / argon)
Power requirements: 380V ± 10%, 3 ~ / N / PE, 50Hz, 30A
Operating ambient temperature: 22-28°C
Forming materials: nickel-based high-temperature alloys, titanium alloys, stainless steel, die steel, aluminum alloys, etc.

Automotive Gearbox Mounts

Printing equipment: FS301M
Printing material: AlSi10Mg

The aluminum alloy gearbox mount of the Siemens-sponsored Formula Racing car, with dimensions of 275×245×191mm, was optimized by Siemens NX software for additive manufacturing design, and was integrally molded by HASU FS301M equipment, reducing the weight to 1.119kg and ensuring the same structural strength at the same time.