HBD advances metal additive manufacturing with innovative beam shaping and copper printing technologies. Guangchi II enables millisecond-level switching between Gaussian and shaped beam modes, combining fine-feature fabrication with increased layer thickness. For copper and copper alloys, HBD offers 1,000 W infrared and 500 W green laser solutions to address diverse processing requirements, supporting high-quality, efficient production of complex integrated components.
Laser & Process
HBD advances metal additive manufacturing with innovative beam shaping and copper printing technologies. Guangchi II enables millisecond-level switching between Gaussian and shaped beam modes, combining fine-feature fabrication with increased layer thickness. For copper and copper alloys, HBD offers 1,000 W infrared and 500 W green laser solutions to address diverse processing requirements, supporting high-quality, efficient production of complex integrated components.
Guangchi II Beam Shaping Technology
HBD's Guangchi II beam shaping technology optimizes laser energy distribution to improve print quality and production efficiency. It enables millisecond-level switching between Gaussian and shaped beam modes within the same part, combining fine-feature fabrication with increased layer thickness for more efficient production. This capability helps overcome key bottlenecks in scaling high-quality metal 3D printing to serial production.
Copper and Copper Alloy 3D Printing Technology
HBD has developed two metal 3D printing solutions for copper and copper alloys: a 1,000 W high-power infrared laser solution and a 500 W green laser solution. These configurations address different copper alloy processing requirements, combining stable laser performance with fine-layer fabrication to support the production of complex, integrated components.
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