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CamOptics SLM | Micro-hole fabrication and precise light field manipulation capabilities


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CamOptics has released a new demonstration video showcasing the application of its LCoS spatial light modulator in multi-beam through-hole micro-aperture fabrication.

Designed independently by CamOptics, the system uses a spatial light modulator as its core, deeply integrating it with a motion control platform. Through real-time optical field modulation, it achieves an integrated optical path solution for laser beam splitting, spot shaping, and dynamic control, enabling high-efficiency multi-beam parallel micro-aperture fabrication.

This achievement not only demonstrates the high-precision control capabilities of CamOptics' spatial light modulator in complex optical field applications such as laser beam splitting, spot shaping, and optical field manipulation, but also reflects the technical strength of the CamOptics team in optical system solutions for micro-nano fabrication.

CamOptics remains focused on the research and development and manufacturing of high-performance LCoS spatial light modulators, committed to providing industry and research clients with one-stop optical solutions for beam splitting, shaping, and field manipulation。

In the future, CamOptics will continue to promote the innovative applications of spatial light modulators in cutting-edge fields such as precision manufacturing, micro-nano fabrication, and novel optical field manipulation.

 

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