The Hikvision Robotics MV-CH1 20-60GC is a 10-million-pixel Gigabit network color surface array camera designed for high-precision surface defect detection using 4K industrial cameras. It features professional-grade color imaging capabilities, offering clear and delicate images with uniform quality, and can fully meet various high-precision industrial vision inspection requirements.
The camera body is compact and exquisite, supporting installation on four sides. It perfectly fits standard C-mount lenses, with flexible and diverse mounting options that accommodate limited device space and various automation integration scenarios, meeting the need for compact layouts in modern industrial equipment. The device supports dual adjustment of gain and exposure time—both automatically and manually. Additionally, it allows precise manual tuning of LUT and Gamma correction parameters. It can optimize image contrast, brightness, and detail performance based on different lighting conditions, making it suitable for various detection applications.
The product features multiple advanced imaging functions, including LSC lens shadow correction, Sequencer polling control, and passive transmission. These features effectively resolve lens vignetting issues, improve overall image uniformity, and ensure stable and efficient image transmission. Additionally, it incorporates specialized color algorithms such as interpolation, white balance, CCM color correction, SuperPalette, and SuperBayer. These algorithms accurately restore the true colors of objects, enhance image details, and significantly improve the accuracy of detecting minor color variations and surface imperfections.
This camera is compatible with the GigE Vision V2.0 protocol and GenICam universal standards. It can seamlessly integrate with mainstream third-party machine vision software platforms on the market, eliminating the need for complex secondary development, thereby facilitating the rapid implementation of visual inspection projects. It is widely applicable to various industrial vision scenarios, such as defect detection on workpiece surfaces, product appearance quality control, color difference identification, microscopic observation, and high-precision industrial imaging.
