Silicon carbide mirrors with complex structures are vital for optical systems, yet traditional methods cannot fabricate arbitrary geometries. Scientists in China have now verified binder jetting additive manufacturing for such reflectors, enabling precise control over structure and performance. This breakthrough enhances precision, lightweight design, and functional integration, laying a foundation for applications in high-performance optics, high-sensitivity detection, and high-energy X-ray reflectors. Binder Jetting Additive Manufacturing of High-Performance Silicon Carbide Optical Mirrors via Graphite Addition Method
May 08, 2026
0
Silicon carbide mirrors with complex structures are vital for optical systems, yet traditional methods cannot fabricate arbitrary geometries. Scientists in China have now verified binder jetting additive manufacturing for such reflectors, enabling precise control over structure and performance. This breakthrough enhances precision, lightweight design, and functional integration, laying a foundation for applications in high-performance optics, high-sensitivity detection, and high-energy X-ray reflectors. 
