ANM88161

Machine Vision - Lens is the foundation of machine vision technology, enabling camera sensors to capture images. Directional radiometric lens can not only ensure the accuracy of the field of vision from the weak light intensity to the night vision system, but also greatly reduce the number of optical components such as lens and optical lens assemblies. ANM88161 lenses are one of the most commonly used lenses in machine vision, and are suitable for applications such as automotive, object tracking, industrial machine vision and medical imaging.

ANM88161 application field and working principle

ANM88161 lenses are designed for machine vision applications, and are suitable for machine vision cameras. ANM88161 lens has a large aperture and high transmittance, which can effectively reduce the exposure time of the camera to reduce the effect of the camera ’s image blur. ANM88161 lenses also have non-uniform magnification, horizontal imaging, and low distortion. In addition, their high imaging accuracy makes them ideal for applications such as high-speed capture, industrial automated imaging, object recognition, and automotive recognition. ANM88161 lenses are suitable for 1 inch format cameras that are commonly used in machine vision cameras.

ANM88161 lenses use patented aspheric design technologies to reduce lens aberration. The aspheric design ensures that the entire image field is in focus, which reduces the digital processing needed for image acquisition. ANM88161 lenses have a more uniform field of view, which allows for faster and more accurate image processing. The large aperture design of ANM88161 also enables a wide range of applications.

The working principle of ANM88161 lenses is based on the progressive-wave polarization imaging principles, in which the camera controlls the wavefronts of the illumination to acquire the image from a optical target object. This imaging process requires several optical components, including the optical lens, waveguide, and scanning mirror. In order to ensure the high accuracy of the imaging process, the optical components must be carefully designed and tested. In addition, the waveguide and scanning mirror must be made of highly durable materials, so that the imaging process can be accurate and stable.

The ANM88161 lenses are also equipped with a mechanical connector set, which allows for easy integration into imaging systems. This connector set includes two mounting points, which can be used to reduce the cost of the system by reducing the number of cables and optical components required. The connectors also allow for easy integration into imaging systems, making it easier to upgrade imaging systems.

In conclusion, the ANM88161 lenses are a highly reliable and accurate lens for industrial and object recognition applications. The combination of the patented aspheric design and mechanical connectors allow them to be easily integrated into imaging systems, making them an attractive choice for many imaging applications. The ANM88161 lenses also have a wide range of applications ranging from automotive imaging to industrial automation and medical imaging.