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CamOptics showcased its LCoS technology at the Laser World of Photonics China 2025 Exhibition in Shanghai, attracting widespread attention
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The Laser World of Photonics China 2025 Exhibition in Shanghai has successfully concluded. CamOptics' high-performance LCoS spatial light modulator made a strong appearance, focusing on cutting-edge applications such as laser processing, metal 3D printing, biomedicine, and optical communication. It showcased CamOptics' technological breakthroughs and innovative achievements in the field of spatial light modulation, winning high recognition and attention from Chinese and foreign audiences at the event.
At this exhibition, CamOptics demonstrated the holographic technology of LCoS Spatial Light Modulator and various light spot effects after shaping through the SLM optical path system. It comprehensively presented CamOptics' leading SLM solution and conducted in-depth exchanges with elites from various industries to jointly explore cooperation opportunities.
Dr. Kun Li, the founder of CamOptics, was interviewed on-site by *Laser World* magazine. He detailed CamOptics' technological heritage, core advantages, and the broad application prospects of LCoS in laser processing, optical communication, metal 3D printing, and biomedicine. Dr. Li Kun stated, "CamOptics has always adhered to its original commitment to technological innovation. LCoS technology, rooted in Cambridge University, has undergone 40 years of accumulation and refinement, continuously breaking through core technological barriers, and is dedicated to providing customers with more flexible and efficient SLM optical system solutions."
At this exhibition, CamOptics engaged in in-depth exchanges with customers from home and abroad. Through on-site demonstrations and technical explanations, they further showcased the innovative applications of CamOptics' LCoS spatial light modulator in several cutting-edge fields:
In the field of electronic glass, it has enabled C-shaped and trapezoidal chamfering technology for mobile phone glass;
In the semiconductor field, it has enabled multi-focal hidden cutting solutions for materials such as silicon and silicon carbide;
In the photovoltaic manufacturing field, it has been applied to spot shaping and beam splitting solutions for cell grooving and scribing.
The Laser World of Photonics China 2025 Exhibition concluded successfully. CamOptics focuses on LCoS spatial light modulation technology and continues to deepen its expertise in high-end applications such as laser processing, metal 3D printing, biomedicine, and optical communication. With the mission of "Precise Light Control, Achieving Infinite Possibilities," the company uses technological innovation as its core driving force to continuously empower industry development and expand the infinite possibilities of optical modulation.
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