High-Precision Auto Vision Measuring Machine

With the development of high-precision and micro-manufacturing technologies in modern industry, non-contact optical image measurement methods are used for fast and accurate measurement. Measuring geometric dimensions and geometric tolerances has become essential. Optical measuring machines are suitable for coordinate measurement in a wide range of applications. They are widely used in sectors such as machinery, electronics, measuring instruments, hardware, and plastics. Typical applications include molds, screws, metals, accessories, rubber products, PCB boards, springs, hardware components, electronic parts, plastics, and the aerospace industry. By overcoming the limitations of traditional calipers, micrometers, and profile projectors, these machines combine optical, mechanical, electronic, and computer vision technologies to provide highly precise, efficient, and reliable measurement systems. The workpiece is magnified through an optical magnification system. Image features are detected by a CCD camera and processed using computer software algorithms. This enables the automatic detection of contours, surface profiles, dimensions, angles, and positions of complex and precise components. Micro-measurement and quality control processes can therefore be carried out reliably. Measurement data can be transferred to AutoCAD and converted into complete engineering drawings. Files can be created in formats such as DXF and IGS. The data can also be transferred to Microsoft Word, Microsoft Excel, and SPC statistical analysis software, enabling the generation of CPK and various statistical reports.