Convince yourself of the advantages of dielectric mirrors from Pleiger Laseroptik:
Dielectric mirrors have a particularly highly reflective coating. Which material is used to manufacture the optical mirrors depends on the desired area of application.
Dielectric mirrors are used to direct, manipulate and image light beams. The substrate is selected according to the intended application. When using glass, plano or spherical optics are technically possible. Dielectric mirrors made of metal can additionally be manufactured toroidal or cylindrical. Plano mirrors, in turn, can be manufactured in almost any shape. The application of dielectric layers maximizes the reflection of the surfaces.
However, only a small spectral range can be raised. Dielectric mirrors are thereby optimized for a specific wavelength.
Take advantage of the excellent quality of absorption-free, extremely stable all-dielectric coatings from our company. With high-performance dielectric mirrors, individual ranges of the visible, UV and NIR spectra can be separated with high precision and extreme efficiency.
- Outstanding quality
- Optimized for one wavelength or laser
- Design of the coating is based on your technical requirements
- Single piece production to high volume production
- Excellent quality control
Laser mirrors are produced as plano mirrors or spheres, using silicon, beryllium or optical glasses as materials. To meet the requirements of demanding laser applications, dielectric coatings are applied to the laser mirror using an enhanced coating. These dielectric mirrors are designed for specific laser wavelengths. The laser mirrors for YAG and fiber lasers are used in deflection units and for beam shaping. We manufacture reflectors from silicon, copper, beryllium and silicon carbide.
- YAG laser mirror
- IR laser mirror
- CO2 laser mirror
For special applications, we develop coatings according to customers requirements.
With our coating service, we offer you high-quality dielectric as well as metallic coatings that can withstand even harsh environmental conditions and industrial production with fluctuating operating temperatures without losing any of their functionality.