CH8029C 1/1.8" 12mm 8MP Low Distortion Lens

The CH8029C low distortion lens is designed for professionals and industry applications that pursue the ultimate image quality. With its excellent optical performance and sophisticated manufacturing process, it has become an indispensable visual imaging tool in many fields.

The core features of this product are as follows:

12mm focal length & 33.6° horizontal field of view: Provides moderate coverage, taking into account both detail capture and scene breadth, suitable for mid-distance monitoring, barcode recognition and other scenes.

F1.8 ultra-large aperture: The amount of light entering in low-light environments is increased by 40%, dark light imaging is clear and sharp, and noise control is excellent, meeting all-weather monitoring needs.

8 million pixel high-definition resolution: With low-distortion optical design, edge image quality is not attenuated, and the distortion rate is <-1%, ensuring the geometric accuracy of measurement and recognition.

All-glass lens + precision coating: Anti-reflective coating reduces stray light interference, high temperature resistance, corrosion resistance, can adapt to complex industrial environments, and has a long and stable life.

M12×P0.35 compact mount: Supports quick plug-in and pull-out, compatible with automation equipment and compact modules, easy to install, and suitable for AI cameras, drones and other smart terminals.

The main application scenarios of this lens are:

Security monitoring

The CH8029C low-distortion lens has become a reliable "eye" to ensure urban safety with its excellent performance. In public places such as streets and communities, it can image with 8 million pixels in high definition. Even at night or in dim light, the large aperture of 1.8 can ensure clear images and accurately capture the details of people and vehicles, providing strong image evidence for the investigation and tracking of public security incidents.

Industrial automation

On industrial automation production lines, the CH8029C lens plays an important role as a "gatekeeper" of quality inspection. Its high-precision 8 million pixel imaging, combined with low distortion characteristics, can clearly present the subtle structure and surface defects of the product. The optical stability brought by the all-glass material enables the lens to maintain stable imaging quality during long-term use in industrial environments, providing reliable and consistent image data for product quality inspection, and helping enterprises to achieve automated and high-precision production quality control. ​

Scientific research field

In the field of scientific research experiments, the CH8029C lens provides a clear perspective for the exploration of the microscopic world. In experiments such as biological microscopy and material testing, it can restore the details of the sample in high definition, and the low distortion ensures the authenticity of the observed object's morphology, helping researchers to accurately analyze the structure and characteristics of the sample.

Intelligent Transportation

In the intelligent transportation system, the CH8029C lens also shows strong adaptability. When used for license plate recognition and traffic flow monitoring, its high-definition imaging and low distortion effects can ensure that information such as license plate numbers and vehicle models are clearly identifiable. Even under complex lighting conditions such as strong light and backlight, the large aperture can balance the light and obtain high-quality images, providing accurate vehicle data for traffic management departments, helping to maintain traffic order and manage traffic congestion. ​

In addition, in emerging fields such as medical imaging and machine vision, the CH8029C low-distortion lens also has great potential. Whether it is lesion observation in medical equipment or object recognition and positioning in robot vision systems, the lens can rely on its own performance advantages to meet the high requirements for image quality and promote technological development and application innovation in related fields.