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CamOptics' spatial light modulator passed the 1000 W/cm² average power density test.


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CamOptics spatial light modulator passed the 500W high-power test on a 1064nm single-mode fiber laser, which will help high-power light modulation applications such as lithium battery electrode processing, metal 3D printing, and laser welding.

CamOptics Spatial Light Modulator Test Report on 500W High Power 1064nm Single-Mode Fiber Laser

In the near-infrared band, CamOptics' LCOS spatial light modulator underwent high-power irradiation experiments under different power conditions:

Application Value

The successful completion of this 500W single-mode fiber laser power test fully verifies the reliability and stability of CamOptics' spatial light modulator under high-power laser irradiation. Its high power handling capacity and high-precision optical field modulation characteristics make it particularly suitable for applications with stringent requirements for beam uniformity and controllability, such as precision manufacturing and micro/nano fabrication. This achievement not only provides research users with higher-power experimental conditions but also offers new possibilities for high-end precision manufacturing enterprises to improve process efficiency and processing quality.

CamOptics will continue to optimize product performance and continuously improve the damage threshold of spatial light modulators, helping partners explore the infinite possibilities of light in a wider range of fields.

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