Laser Collimating Lens

D16 Laser Collimating Lens：

Laser Collimating Lens is an optical component used to focus the laser beam and maintain the stability and accuracy of the laser path. In laser cutting machines, laser measurement, and other laser processing applications, laser collimating lenses are employed to compress divergent laser beams into parallel beams, thereby enhancing the laser's penetration power and beam quality to ensure precise application of the laser onto the target workpiece. The working principle of a laser collimating lens is primarily based on the refraction of light by the lens. When a laser beam passes through the lens, the lens refracts the light rays. If the lens is convex, the light rays will be collimated towards the center of the lens. By adjusting parameters such as the shape, curvature, and refractive index of the lens, the optimal collimation effect can be achieved, making the laser beam as parallel as possible. Laser collimating lens is characterized by high transmittance and ultra-low absorption, ensuring that the laser beam maintains high energy density and stability during transmission. The use of laser collimating lens can significantly improve the efficiency and quality of laser processing while reducing energy consumption and costs. Furthermore, they offer the advantages of easy installation and maintenance, making them adaptable to various complex laser system applications. In laser cutting machines, laser collimating lens is indispensable components. They can focus the original beam emitted by the laser into a high-energy-density spot, enabling precise cutting of the workpiece. At the same time, laser collimating lens maintain the stability and accuracy of the laser path, ensuring the smooth progress of the cutting process.

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