CH676A 1/1.7" 50mm 12MP Machine Vision Lens

The CH676A machine vision lens is a professional-grade optical device designed for high-precision industrial visual inspection and imaging needs. With its excellent performance parameters and innovative design, it provides stable and high-quality image acquisition solutions for various industrial applications.

The lens has the following core highlights:

Ultra-long focal length and precise focusing: 50mm focal length with 8.5° horizontal field of view, achieving narrow field of view and deep focusing, suitable for long-distance precision detection (such as semiconductor packaging defect identification, precision mechanical solder joint quality inspection) or detail capture in narrow spaces (such as internal structure analysis of electronic components), ensuring that tiny targets are clear and sharp.

High-resolution imaging: Supports up to 12 million pixels of imaging, which can provide clear and detailed images to meet the needs of high-precision imaging.

High compatibility and target surface optimization: Natively adapt to 1/1.7" target surface, backward compatible with 1/2" and 1/1.8" sensors, flexibly match different camera platforms, reduce system adaptation costs while ensuring high-resolution imaging, and adapt to multi-sensor upgrade requirements.

Large aperture dynamic adjustment: Aperture range f/2.4-f/16, supports high-sensitivity imaging in low-light environments, and can accurately control the depth of field, stably output detailed images in complex lighting conditions (such as backlight and low-contrast environments), meeting the needs of high-speed moving object capture and high-reflective surface detection.

C-mount standardized adaptation: Compatible with mainstream C-mount cameras, seamlessly integrated with industrial vision systems; M27×P0.5 filter interface supports the rapid installation of infrared filters, polarizers and other accessories to deal with strong light interference or special spectral analysis scenarios.

With its core performance of 50mm focal length and 12 million pixels, CH676A has demonstrated strong applicability in many fields, providing key visual support for industrial production and scientific research activities. The following are its main applications:

In the field of automobile manufacturing, CH676A plays an important role. Large parts such as automobile engine blocks and gearbox housings require extremely high dimensional accuracy. The 50mm long focal length of this lens allows it to clearly capture the overall appearance and details of parts from a distance without getting close to the workpiece, avoiding interference with the production line due to close-up shooting. At the same time, with 12 million pixels, it can accurately detect tiny defects such as casting sand holes and machining marks on the surface of parts to ensure the quality of core automotive components.

In the aerospace industry, the inspection accuracy requirements for parts are almost stringent. The CH676A industrial lens can meet the inspection needs of aircraft engine blades, aircraft skins and other parts. The complex curved surface contours and tiny cracks of the blades, as well as scratches and deformations on the skin surface, can all be clearly captured through the high-resolution imaging of this lens.

In the electronics manufacturing industry, CH676A is suitable for the inspection of high-end electronic products. For example, in semiconductor wafer inspection, the lens can perform high-resolution imaging of circuit patterns and defects on the wafer surface from a certain distance, helping inspectors discover micron-level line abnormalities.

In scientific research scenarios, such as materials science research, researchers need to observe the microstructural changes of materials under different conditions. The CH676A industrial lens can be adapted to professional experimental equipment. The 50mm focal length can stably shoot experimental samples without destroying the experimental environment. The 12 million pixels ensure the complete image details, providing clear and accurate image data for researchers to analyze material properties and write research reports.