Machine Vision Ceramics Calibration Plate

Here is a polished version: Feature: Not all products are displayed in the table. If you require other products, please consult customer service. High precision system calibration is fundamental to accurately measure and detect through the machine vision system. The measurement system's accuracy index can be improved through two steps. The first step is to measure and evaluate errors. The high-precision calibration system accomplishes this process by combining the images gathered accurately from the professional image calibration board depicted in the machine vision system environment with the professional calibration algorithm. The system can extract the error value precisely at any position in the field of vision, and evaluate the machine vision system's accuracy level based on the error data. The second step is to correct and compensate for the wrong image. After obtaining error data from the first step, the calibration system performs position correction and compensation for every pixel information on the image. This process involves many accurate image algorithms, including image translation, rotation, interpolation, reconstruction, and brightness compensation. After correction and compensation, the image can precisely reflect the object's actual situation to be measured, resulting in accurate measurement and detection. Any machine vision system that requires position and dimension accuracy must undergo calibration. However, the calibration method can be selected based on different application fields. In general, the calibration system's accuracy should be similar to that of the measurement system, and the calibration error should not exceed the measurement unit. Suppose the measurement system's accuracy is required to be ± 50 microns. In that case, the calibration system's accuracy must reach 10 microns, and the calibration system's error cannot surpass 10 microns. Machine vision technology is constantly evolving. Zhixing Optics focuses on machine vision technology R&D and production. Currently, it provides laser sensors for welding robots that provide sensing functions and solve mold deviation, welding deformation, or robot walking path planning issues. Exhibition Photos: Customer FAQs: 1. Can the calibration board be customized? Answer: Yes. 2. What kinds of calibration plates do you have? Answer: We offer quartz glass, ceramics, honeycomb aluminum, pure aluminum, acrylic, and film calibration plates. 3. How do you define high precision? Answer: High precision refers to the distance error accuracy between the pattern corners. 4. What precision levels can you offer? Answer: Customized accuracy calibration plates can be provided based on your requirements, ranging from ± 0.001 mm/± 0.01 mm/± 0.1 mm. The materials are the main factor determining the accuracy. High-precision materials such as glass, ceramics, quartz glass, and film can be used as calibration plates in various sizes. Medium precision materials include honeycomb aluminum and acrylic, while low-precision materials include glass, honeycomb aluminum, and pure aluminum. 5. I require high-precision products. What materials and sizes are compatible with this requirement? Answer: For high-precision products, materials such as glass, ceramics, quartz glass, and film are recommended. If you want to make anything over 200mm, we suggest glass, the most practical and affordable material. If reflective materials cannot be used, we suggest purchasing our ceramic calibration plates that belong to non-reflective materials or our self-luminous calibration plates that can effectively prevent reflection.