Ideal for aerospace, medical, automotive and energy sectors, it offers:
Scalable productivity with configurable laser options
Broad material compatibility
Consistent, high-resolution results
Reliable 24/7 operation
Transform your production with industrial-grade metal AM technology.
Build Envelope: | 800mm×800mm×920mm Incl. 120mm Substrate |
Variable Layer Thickness: | 20 ~ 100μm |
Laser Power: | IPG 500W×6; 500W×8; 500W×10 1000W×6; 1000W×8; 1000W×10 |
Scanner: | Scanlab High-speed Scanner |
Field Lens: | Sill f-θ Lens |
Recoater: | Variable Speed Powder Recoater |
Build Rate: | ≥150cm³/h Hexa Laser; ≥200cm³/h Octa Laser; ≥250cm³/h Ten Laser |
Power Consumption | ≤ 20kW |
Forming Material: | Superalloy, Aluminium Alloy, Titanium Alloy, Stainless Steel, Die Steel, copper Alloy, Magnesium Alloy, Cobalt Chromium Alloy, Permalloy, Invar Alloy, Etc |
Application |
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Unlock next-generation manufacturing capabilities with our advanced metal 3D printing platform. Designed for demanding industrial applications, this system combines cutting-edge laser technology with precision engineering to deliver exceptional part quality and production efficiency.
The robust architecture supports high-throughput manufacturing of complex geometries across a comprehensive range of specialized metal alloys. With configurable laser options and intelligent powder management, the system ensures optimal performance for critical applications in aerospace, medical, automotive, and energy sectors.
Engineered for reliability and repeatability, our solution provides manufacturers with the tools to push the boundaries of metal additive manufacturing while maintaining strict quality standards.
Multi-laser configuration for scalable productivity
Broad material compatibility for diverse applications
Precision optics system for fine feature resolution
Optimized build process for consistent results
Industrial-grade construction for continuous operation
Transform your production capabilities with a system built for industrial-scale metal additive manufacturing. Contact our team to discuss how this technology can enhance your manufacturing workflow.
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