high power fiber collimator

Table of Contents

Product Description

High power fiber collimator is a high-power fiber collimator, which can collimate the beam output from the fiber into a parallel beam. It adopts advanced optical design and high-quality optical components and can work stably in high-power fiber lasers. The superior performance and high efficiency of High Power Fiber Collimator make it an ideal choice in fields such as industrial manufacturing, medical equipment, scientific research and national defense.

High power fiber collimator is designed and produced by our company’s professional team, we have many years of experience in optical design and manufacturing. The quality has been internationally certified, and it can work stably in various environments, ensuring high-quality output beams. It has won widespread recognition and praise in domestic and foreign markets.

Product Application

High power fiber collimator is widely used in industrial manufacturing, medical equipment, scientific research and national defense and other fields. In industrial manufacturing, High power fiber collimator can be used in laser cutting, laser marking, laser welding and other processes; in medical equipment, High power fiber collimator can be used in laser treatment, laser surgery and other fields; in scientific research, it can It is used for laser spectrum analysis, laser interference and other experiments; in the field of national defense, it can be used for laser guidance, laser ranging and other applications.

Product Features

(1) High power output: Using high-quality optical components, it can work stably in high-power fiber lasers. It can output high-power laser beam, thereby improving work efficiency and production efficiency.

(2) High collimation: Using advanced optical design, the optical fiber output beam can be collimated to make it a parallel beam. It has high collimation and low speckle, which improves the quality and stability of the beam.

(3) High stability: Using high-quality optical components and advanced optical design, it can work stably in various environments. It has high stability and low fluctuation, thus ensuring high-quality output beam.

(4) Easy to install and adjust: It adopts a simple structural design and is easy to install and adjust. It has a high-precision adjustment mechanism and an easy-to-operate control system that can meet your different needs.

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