vatican Energy Transmission Fiber and Laser Transmission System
Category:
vaticanOptical fiber
Product Description
Product Descriptions
The outcome is a micro-structured hollow-core fiber and its laser beam transmission system, designed for the flexible transmission of high-power and high-energy lasers. The micro -structured hollow fiber features a specialized cladding structure composed of uniquely arranged glass capillaries, utilizing the air region surrounding the cladding as its core. This distinctive light guiding mechanism significantly confines laser energy to the core area, thereby providing an optimal transmission pathway for laser beam propagation and offering substantial advantages in the realm of flexible transmission for high-power and large-energy lasers.
Technical Advantages
The Shanghai Institute of Optics and Fine Mechanics has been dedicated to researching micro-tructured hollow fibers and their energy transfer capabilities and has become one of the pioneering institutions in China for this specialized fiber research. Currently, the institute offers a comprehensive range of full-band micro-structured energy transfer fibers to meet diverse application requirements. Additionally, it can provide reliable energy transfer solutions according to specific application needs.
Applications
Utilizing micro-structured hollow fibers, the laser flexible transmission technology offers significant technical advantages and has extensive applications, including laser welding and cutting, biomedical applications like laser surgery, laser communication, and fundamental scientific research.
Contact Information
Add: 9th Floor, Building B, Optics Valley Times Square, No. 111 Guanshan Avenue, Donghu New Technology Development Zone, Wuhan
