CA12401_TINA2-M

Optics - Lenses

The CA12401_TINA2-M is a powerful and versatile lens system that is designed to meet the demanding requirements of professional imaging environments. This system has a range of applications in industrial, medical, and research imaging and is also ideal for applications such as microscopy, electron microscopy, and microscopy for visual observation.

The system is tailored to deliver a sharp, high-resolution image and provide flexible adjustment capabilities for achieving optimal results. The optics of the lens are comprised of high-efficiency glass aspherical lenses with special anti-reflection coatings, mounted on a calibrated housing. This combination of components delivers excellent optical performance for a variety of applications.

The objective lens of the CA12401_TINA2-M is constructed from a four-element, four-group optical system. This configuration is optimized to optimize image quality and minimize aberrations. The objective is adjustable from 0.6x to 2.0x magnification, and is ideal for multiple magnifications. Furthermore, the system can also be adjusted to a range of working distances for various imaging needs.

The image quality of the lens is further enhanced with its integrated 4-point auto-focus and parfocal design. This ensures that the image remains focused uniformly over the whole field of vision. The integrated lens settings allow for easy focusing and refocusing over a range of working distances. Furthermore, the lens can be adjusted to varying image contrast and brightness levels to enhance the final image quality.

The CA12401_TINA2-M lens system is also capable of producing high-resolution images in color and monochrome with its advanced CCD sensor. This sensor allows for digital imaging in both visible and infrared wavelengths. Furthermore, this system also has the capability to take and store up to 8-bit RGB image data. This makes it ideal for high-quality images of artifacts, scans, and documents.

The CA12401_TINA2-M lens system offers a wide range of benefits for any imaging application. Its advanced optical design and versatile features make it suitable for a variety of applications. Furthermore, its easy-to-use design and simple operation offer users peace of mind, knowing their images will always be of the highest quality.