CA10325_ROCKET-O

Optics - Lenses

The CA10325_ROCKET-O is an industrial lens designed for many types of industrial applications. It is commonly used for surveillance, machine vision, and security. The lens is made from high-quality materials and optical components, providing excellent resolution and light transmittance. It also has an integrated zoom system that allows for easy and precise focus adjustment.

Design & Functionality

The lens is built with an advanced optical design and a wide range of performance characteristics. It consists of 9 optical glass elements, organized into 6 groups. The lens design provides an improved image quality, with higher contrast and color accuracy. The lens is able to transmit up to 99% of light, and its temperature range is from -25° C to +150° C. The lens is also sealed and hermetically designed to prevent dust and moisture from entering the lens cavity.

The lens features an integrated zoom system and an adjustable focus. It also includes a manual aperture, allowing the user to adjust the amount of light to their desired levels. The lens also offers a variety of mounting options, including C mount and S mount. It is also designed with a stainless steel mount, which adds strength and durability.

Application Fields

The lens is suitable for a wide range of industrial applications, including quality control, machine vision, robotics, security, surveillance, inspection, and testing. It is ideal for applications that require high-resolution, low-light sensitivity, and precise focus adjustment.

It is especially useful for applications such as factory automation, machine vision, and medical imaging due to its unparalleled light sensitivity. The lens\'s wide range of functions and applications ensure it is a versatile and cost-effective choice for any industrial system.

Working Principle

The CA10325_ROCKET-O lens uses light reflection and refraction to capture images. It incorporates a series of lenses and mirrors to capture light from the object of interest. The light rays originating from the object travel through the lens elements, and each of them is refracted and reflected. The lens elements, in combination with the optical components, form an image in the interior of the lens, which is then transferred to the image sensor.

The integrated zoom system allows the user to adjust the focal length of the lens to capture far away objects or close-up images. The focus can also be adjusted using the manual aperture and the adjustable control ring that comes with the lens. The lens is also equipped with a high-performance autofocus system, which provides a quick and accurate response when focusing on objects at different distances.

Conclusion

The CA10325_ROCKET-O is a powerful industrial lens designed for many types of applications. It features a compact design, excellent image quality, and an adjustable focus for precise image tuning. It is suitable for quality control, machine vision, inspection, and medical imaging applications and is a cost-effective and reliable solution for any industrial system.