In the production process of some optical window pieces, the initial inspection is particularly crucial. This is a key step in ensuring the yield of good products. The BOJIONG 3D White Light Profilometer, based on the common-path self-interference of digital interferometric sensors, has excellent seismic performance. It does not require additional reference optical paths, nor does it need interference objectives; it only requires ordinary imaging objectives. Multiple objective switching ensures a large field of view and high resolution. If you have any inquiries or issues, please feel free to contact us via email at any time, and we will respond to you as soon as possible.
3D White Light Profilometer adaptive sensor FIS4-HR |
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◆ Wide spectral range (400nm~1100nm) ◆ High resolution of 90,000 phase points ◆ 2nm RMS High phase resolution |
3D White Light Profilometer adaptive sensor FIS4-HR adaptive sensor FIS4-UHR |
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◆ Wide spectral range (400nm~1100nm) ◆ Super high resolution of 262144 phase points ◆ 2nm RMS High phase resolution |
◆No reference surface, good vibration resistance
◆Multi-objective lens switching, large field of view,high resolution
◆No additional reference optical path required
◆High cost performance, compact structure,simple operation
◆Ordinary imaging objective lens can be used
◆Powerful digital wavefront reconstruction image processing software package
This BOJIONG3D White Light Profilometer suitable for light window installation, adjustment, and detection。
Surface microstructure and roughness of smooth element |
Contour map and 3D map of the surface scratches of the calibration plate |
BOJIONG Optoelectronics, specializing in providing cutting-edge optical measurement solutions, has launched the3D White Light Profilometer. Innovative measurement technology allows for high-precision measurement of width, depth, and surface roughness without the need for additional reference surfaces. The use of common-path interferometric technology provides excellent vibration resistance and immunity to external interference, making it suitable for use in environments such as workshops and outdoors. The use of ordinary imaging objectives simplifies the operation process and improves measurement efficiency. While ensuring high-precision measurement, it offers competitive pricing to meet the needs of different users. The powerful digital wavefront reconstruction image processing software provides clear 3D morphological images, facilitating analysis and reporting.
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No. 578 Yingkou Road, Yangpu District, Shanghai, China
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