Glass Substrate Thickness, Flatness, and Warpage Measurement with SinceVision's Spectral Confocal Sensors
Industry pain points and demands
Glass substrates, a critical component in liquid crystal display devices, demand precise control over thickness, flatness, and warpage. With thicknesses ranging from 0.7mm to 0.5mm, accurate measurement is essential to ensure optimal display performance.
SinceVision's SC03560 Spectral Confocal Sensor offers a reliable and efficient solution for measuring these critical parameters. By leveraging advanced optical techniques, this sensor can accurately measure the height and thickness of glass substrates in a single measurement, streamlining the inspection process and improving overall quality control.
SinceVision Solution: SC03560 Spectral Confocal Displacement Sensor
01SinceVision's Spectral Confocal Displacement Sensor offers a comprehensive solution for precise measurement of various materials, including transparent materials like glass substrates.
02With SinceVision's cutting-edge optical technology, this sensor can accurately measure thickness, flatness, and warpage with micrometer-level precision. It offers a wide measurement range, ensuring reliable performance across diverse applications.
03Additionally, it's robust design and flexible integration capabilities make it suitable for demanding industrial environments. By leveraging this cutting-edge technology, manufacturers can enhance quality control, reduce production costs, and improve overall product performance.
Camera Selection
Model number | SC03560 | |
controller | SC5001A / SC5002A | SC5001B / SC5002B |
Optical fiber jumper | 50μm / 125μm | 105μm / 125μm |
Spot size | 5.8 mu m | 12.2 mu m |
Measuring range | The 3.5 mm | |
Angle characteristic | Plus or minus 60 ° | |
Numerical aperture | 0.866 | |
Working distance | The 12.8 mm | |
Axial resolution | 0.006 mu m | |
straightness | ±0.01% F.S | |
Minimum measurable thickness of transparent object | 150 microns | |
diameter | 83mm | |
length | 257mm | |
weight | 2300g |