Choose between the different laser mirrors the suitable product for your special application:

Silicon mirrors for scanning systems are characterized by high dynamic strength at low material costs. Including our high-performance High-Power coatings, we manufacture laser mirrors designed for the harsh conditions in industrial environments.

Beryllium and silicon carbide mirrors offer the highest performance for scanning systems in terms of mechanical and dynamic properties. In combination with the High-Power coatings, the highest scanning speeds are realized in this way. These CO2 laser mirrors are ideally suited for industrial production, for example for marking.

Lightweight silicon mirrors are used for laser scanning and laser cutting.

High-power laser optics made of quartz glass are the preferred choice for laser scanning systems. Quartz mirrors offer outstanding thermal and mechanical stability, making them highly suitable for applications requiring precision under intense thermal loads. Their low coefficient of thermal expansion and excellent surface quality ensure stable performance in high-energy environments.

Copper mirrors are the ideal choice when you need the highest laser powers. They can be used for a wide variety of applications due to the high thermal conductivity of copper and the possibility of integrating cooling lines into the mirror. Both laser cutting and laser welding are easily possible with these laser mirrors. Copper mirrors as total reflectors for laser cutting offer highest reflection with excellent cooling possibilities with an internal or an external water cooling. You can choose between plano, spherical, aspherical, parabolic and toroidal variants. We manufacture dielectric mirrors as well as laser mirrors with metallic coatings for demanding applications with the highest quality standards. Our in-house development department works out customized components as quickly as possible.