3D Line Confocal Sensor

Hypersen Line Confocal Sensor is a high-precision non-contact measurement device based on the spectral confocal principle specially designed for It adopts advanced line scan technology enabling one-time acquisition of multi-point 3D data across an entire contour line of the target object. It adopts advanced line scan technology enabling one-time acquisition of multi-point 3D data across an entire contour line of the target object. This achieves high-speed and high-precision surface profile measurement significantly improving inspection efficiency. This achieves high-speed and high-precision surface profile measurement significantly improving inspection efficiency. The core advantages of this sensor lie in its excellent measurement performance and strong environmental adaptability. The core advantages of this sensor lie in its excellent measurement performance and strong environmental adaptability. It features micron-level lateral resolution and can achieve stable and reliable high-precision measurement even on complex surfaces such as mirrors high-reflectivity materials transparent films and multi-layer glass. It features micron -level lateral resolution and can achieve stable and reliable high-precision measurement even on complex surfaces such as mirrors high-reflectivity materials transparent films and multi-layer glass effectively overcoming the technical limitations of traditional laser triangulation sensors. Meanwhile its measurement is nearly unaffected by the tilt angle of the object surface and it boasts exceptional resistance to ambient light interference ensuring long-term stable operation in harsh industrial environments. Meanwhile its measurement is nearly unaffected by the tilt angle of the object surface and it boasts exceptional resistance to ambient light interference ensuring long-term stable operation in harsh industrial environments. Hypersen Line Confocal Sensor integrates high-performance hardware and intelligent software algorithms supporting real-time 3D point cloud data output. It enables seamless integration into automated It enables seamless integration into automated production lines and is widely applied in fields including 3C electronics semiconductors precision machining glass manufacturing and scientific research. It undertakes tasks such as surface defect detection thickness measurement topography analysis and step height measurement serving as a key tool to drive the upgrading of glass manufacturing. It undertakes tasks such as surface defect detection thickness measurement topography analysis and step height measurement serving as a key tool to drive the upgrading of industrial intelligent inspection.