CN16212_SURI-RS

Optics - Lenses is a field of study that focuses on the behavior of light and how it interacts with lenses. The study of optics includes topics such as geometric optics, wave theory of light and quantum optics. Lenses are one of the most important components of optical systems and their design and fabrication limit the performance of optical instrument. In this article, we will focus on the application field and working principle of CN16212_SURI-RS, which is a lens mounted on a ring system for use in the microscopy imaging.

The CN16212_SURI-RS is a magnification objective lens of the Hyperion line, which is ideal for the microscopy imaging applications that require high magnifications. The microscope provides a lightweight, high-resolution imaging system that is ideal for wide-field microscopy. The CN16212_SURI-RS is a 5 mm diameter lens system with a magnification of 15x. This lens system has a numerical aperture of 0.28 and a long working distance of 3.26 mm, which provides a magnified image of objects that are far away from the objective lens.

The CN16212_SURI-RS has wide applications in bio-medical imaging, micro-assembly, micro-fabrication and nanotechnology. The lens is well suited for the imaging of micro-organisms, cell cultures, tissue cultures, and small particles. It is also suitable for applications in nanoscale fabrication and measurement, such as nanoparticle manipulation, nano-lithography and nanotemplating. Additionally, this lens is often used in the imaging of microscopic objects, such as living cells and cell structures, which would otherwise be too small or too complex to be observed with conventional imaging techniques.

The CN16212_SURI-RS is an acromatically corrected lens that is optimized for planar imaging. The lens is made of six lens elements that are mounted on a light weight and low-profile mechanical housing. The lens elements are carefully aligned in order to obtain a wide acceptance angle and superior image quality. The lens system provides a clear image by minimizing aberrations and ensuring proper image formation.

The working principle of the CN16212_SURI-RS involves using light that is incident on the object of study to form an image. This is achieved by the bending and focusing of the light by the lens elements. When the incident light passes through the lens elements, the light rays refract (bend) at different angles and converge. This creates a focused image on the viewing surface. The lens elements are designed in such a way that they minimize aberrations and ensure superior image quality.

In conclusion, the CN16212_SURI-RS lens system is a lightweight and versatile lens system for use in microscopy imaging applications. The lens provides a high magnification of 15x, a wide acceptance angle and a long working distance. The lens is well suited for bio-medical imaging, micro-assembly, micro-fabrication and nanotechnology. The lens system utilizes the refraction of light to form a focused image on the viewing surface. The lens elements are designed in such a way that they minimize aberrations and ensure superior image quality.