Fiber optic focusing mirror

Base material: fused silica

Features: High transmittance, ultra-low absorption, able to withstand 10000 watts of power, high laser damage threshold

Applications: laser cutting, laser welding, laser cladding, laser quenching

Function: Focuses the laser across the entire marking plane of the workpiece

Product Description:

    The fiber-optic focusing mirror in the laser optical system is made of fused silica and coated with anti-reflection coating on both sides; Focusing mirrors focus light beams to produce high-energy density focal points for processing working materials, which are widely used in laser cutting, laser welding, laser cladding, laser quenching, etc

Spherical focusing mirror

    The optical fiber focusing mirror in the laser optical system is made of fused silica and coated with anti-reflection coating on both sides; To minimize spherical aberration, we usually recommend customers to use double combined spherical lenses.

Non spherical focusing mirror

The optical fiber focusing mirror in the laser optical system is made of fused silica and coated with anti-reflection coating on both sides. Based on the aspherical application, it will not introduce spherical aberration in the transmitted wavefront and can reach the limit diffraction performance. The single aspherical lens can completely replace the traditional combination of multiple spherical mirrors.

From substrate processing to coating, we strictly control the quality of our lenses to ensure that we provide our customers with the highest quality lenses. These lenses are widely used in laser cutting, laser welding, laser cladding, laser quenching, and more.

Fiber optic collimating mirror

Base material: fused silica

Features: High transmittance, ultra-low absorption, able to withstand 10000 watts of power, high loss threshold

Applications: laser cutting, laser welding, laser cladding, laser quenching

Function: Compress divergence angle to achieve parallel laser transmission

Product Description:

    Collimators are generally used to compress the divergence angle of diverging lasers to achieve parallel light transmission. The lens design and application are similar to focusing mirrors, and can be single piece, multi piece, or non spherical according to different needs. The effect of non spherical surfaces is the best, followed by multi piece composite structures.

characteristic:

 1. Good consistency, with a working distance consistency greater than 99.5%;

2. High laser transmittance and high damage threshold, suitable for use with 10000W lasers;

3. Good collimation effect, less than 1/10 wavelength;