CH666A 1.1" 25mm 25MP Machine Vision Lens

CH666A is a high-performance fixed-focus machine vision lens with a focal length of 25mm. It is suitable for 1.1" target surface and compatible with sensors of various chip sizes such as 1", 2/3", etc. It has wide applicability and flexibility. The lens supports 25 million pixel ultra-high resolution imaging, which can capture extremely clear and delicate image details to meet the needs of high-precision visual inspection and measurement tasks.

The lens has the following core highlights:

High-resolution balanced field of view: 25 million pixels with 1.1" target design, suitable for 1" and 2/3" sensors, taking into account high photosensitivity and imaging details, clearly presenting medium-distance targets (such as electronic component solder joint measurement, mechanical assembly accuracy detection) or wide-area scenes (such as production line panoramic monitoring), micron-level defects are nowhere to hide.

Professional-level aperture control: The aperture range is f/2.8-f/22, supporting high-sensitivity imaging in low-light environments, while providing a deeper depth of field adjustment range, accurately balancing exposure and clarity in high-speed moving object capture (such as AGV navigation obstacle avoidance) or high-reflective surface detection (such as metal parts defect analysis).

Multi-scene adaptability: Natively adapt to 1.1" target surface, backward compatible with 1" and 2/3" sensors, flexibly matching different camera platforms, and reducing system upgrade costs; M30.5×P0.5 filter interface supports the installation of infrared, polarization and other filters to cope with strong light interference, haze environment or special spectral analysis needs.

C-mount seamless integration: Standardized C-mount design, compatible with mainstream industrial cameras, quickly connect to existing visual systems, and improve production line transformation efficiency.

Industrial-grade reliable structure: All-metal body, high temperature resistance, dust and dirt resistance, adapt to harsh industrial environments such as vibration, humidity, and dust, to ensure long-term stable operation.

With its excellent performance, the CH666A industrial lens can play a key role in many fields.

In the field of 3C product manufacturing, the 25 million pixels and precise detail capture capabilities make it a powerful helper for quality inspectors. For example, in the production of mobile phone screens, it can clearly detect micron-level bad pixels and bright spots on the screen, as well as bubbles and foreign objects generated when the polarizer is attached.

In the machinery manufacturing industry, the CH666A industrial lens is often used for the size measurement and defect detection of parts. It can perform high-precision imaging of complex parts such as engine cylinders and gears. By measuring the size of the parts in the image and comparing them with the standard value, it can detect whether the size deviation is within the allowable range; at the same time, it can clearly present defects such as cracks, sand holes, and bumps on the surface of the parts to ensure that the quality and performance of the mechanical products meet the requirements.

In the logistics automation scene, the large field of view and fast scanning capabilities of the CH666A are very practical. For example, when installed on logistics sorting equipment, it can quickly identify the barcode and label information on the package, determine the size, shape and weight of the package, realize automatic sorting, and improve logistics efficiency.

In the field of intelligent security, CH666A industrial lens also performs well. Installed in surveillance cameras, its large aperture can ensure sufficient light intake and capture clear images at night or in dimly lit environments; high pixels and moderate field of view can simultaneously monitor a large area and clearly capture detailed features of people and vehicles, such as facial features, license plate numbers, etc., providing strong support for security monitoring.

In the field of scientific research, especially in materials science research, researchers use CH666A industrial lenses to observe changes in the microstructure of materials. For example, when studying the metallographic structure of metal materials, the lens can perform high-resolution imaging of material slices, helping researchers analyze information such as the crystal structure and composition distribution of the material, providing a basis for optimizing material performance.