Halcon Glass and Ceramic Calibration Targets Boards Product Overview

Halcon Glass and Ceramic Calibration Targets Boards are calibration boards designed and calibrated for machine vision or image processing systems. Coligh is a manufacturer of Halcon Dot Glass and Ceramic Calibration Targets Boards compatible with the HALCON and ACTIVEVISIONTOOLS machine vision software development kits from MVTECH, Germany. We currently use ceramic and glass as substrates and can produce various forms of Halcon calibration boards through photolithography. We currently have standard Halcon calibration boards, and we can also customize them according to customer needs.

Halcon Glass and Ceramic Calibration Targets Boards Product Features

• We currently offer HALCON calibration plates with two substrate materials: high-precision ceramic substrates and soda-lime glass substrates.
• Pattern Types: Features a black border and a beveled mark, supporting various dot matrix sizes：7×7 dot matrix , 9×9 dot matrix, 11×9 dot matrix, 14×10 dot matrix, 15×12 dot matrix

• Dimensions Range: Standard dimensions range from 15 × 15 mm to 405 × 293 mm, selectable or customized based on application requirements.
• Pattern Processing Capabilities: Minimum dot diameter down to 0.01 mm
  Soda-lime glass substrate pattern processing accuracy: ±1 μm
  Ceramic substrate pattern processing accuracy: ±2 μm

Halcon Glass and Ceramic Calibration Targets Boards Picture

Custom Capability Of Halcon Glass and Ceramic Calibration Targets Boards

Halcon Glass and Ceramic Calibration Targets Boards Applications

• 3D Structured Light Scanning:
  The accuracy of 3D scanning is determined by the precision of camera calibration and the flatness of the calibration plate. Even minute bends and deformations can cause errors in depth measurement. A ceramic calibration plate placed in the scanning space can utilize Halcon’s 3D vision calibration tools, combined with a 3D model of the calibration plate, to calculate the parameters and spatial relationships of the camera and scanner, obtaining reliable data and enabling quality control.
• Multi-Camera Vision Measurement System
  When multiple cameras capture images of a large object from different angles, all camera coordinates need to be unified to a global coordinate system. A large glass calibration plate ensures that each camera can clearly see the calibration plate. Furthermore, Halcon’s hand-eye calibration and multi-camera calibration enable precise measurement of large objects.
• Microscopic Imaging Analysis
  When performing cell analysis, images from multiple high-power objectives need to be stitched together. Imaging the calibration plate separately under different objectives allows for repeatable and comparable quantitative data such as cell nucleus size and tissue area.