With the rapid development of science and technology and the continuous improvement of people's living standards, people have higher expectations for the quality of life. As a type of photoelectric product that makes our lives more exciting and convenient, it has become an integral part of our lives. However, while bringing us convenience, it is also constantly facing the test of the market.
Green, low carbon, and environmental protection are the common aspirations of the whole world and all of humanity. Increasingly, people have realized how to balance the scales between technological development and environmental protection. Thus, more and more high-tech and green photoelectric products, which are the crystallization of human wisdom, are changing our lives. Intelligent fax transmission, document scanning equipment that seeks perfection and paperless office as the core concept, barcode scanning equipment that improves work efficiency, and medical equipment that not only enhances the practical effects of treatment but also relieves patients' pain are all making our lives more convenient and efficient. The ultimate photographic equipment also attracts us to capture each moment of our life.
The popular image monitoring and imaging equipment currently provides us with irreplaceable security and ample comfort. Perhaps, while enjoying the convenience brought by photoelectric products, we have overlooked an important component of such products - cylindrer lenses.
Ordinary optical systems are composed of lenses, optical beam splitter, and mirrors, and their surface shapes usually belong to two major categories: spherical or flat. cylindrer lenses are nonspherical lenses that can effectively reduce spherical aberration and chromatic aberration. They can be divided into plano-concave cylindrer lenses, plano-convex cylindrer lenses, biconcave cylindrer lenses, and biconvex cylindrer lenses. They have a one-dimensional magnification function.
Cylindrical lens is used in light gathering systems, movie projection systems, scanning and imaging systems for fax machines and printing layouts, as well as in the medical field of gastroscopy and laparoscopy, and in the automotive industry's car video systems. They are also used in linear detector lighting, barcode scanning, holographic lighting, optical information processing, computers, laser emission, and have extensive applications in strong laser systems and synchrotron beamlines.
Meanwhile, with the continuous improvement of the cylindrer lens processing technology, a mature and efficient processing technology has been developed, and its good quality reproducibility and repeatability are gradually being recognized by the market. Currently, this technology is gradually replacing relatively backward traditional technology.
Cylindrer lenses can concentrate or diffuse light rays in a single radial direction, and they have a wide range of applications in several manufacturing industries and sectors, including electronic optical metrology, laser scanner, spectroscopy, laser diode output light shaping, and light panel lighting microscopy imaging.