Photonic Sourcing

An output coupler is a partially reflecting dielectric mirror used in a laser cavity. It transmits a part of the circulating intracavity power for generating a useful output from the laser. A low transmission output coupler leads to a low laser thre...

Our Nd:YAG laser mirrors are suitable for fundamental Nd:YAG laser 1064 nm, frequency-doubled 532 nm, frequency- tripled 355 nm and frequency quadrupled 266 nm wavelength application. Two kinds of substrate material are available. Laser line mirrors ...

● Minimal piezoelectric ringing● Low absorption● Broad transmission range from 200 nm to 2000 nm● Compact size Applications● High repetition rate DPSS Q-switch● High repetition rate regenerative amplifier control● Cavity dumping● Bea...

● Economically priced● Low absorption● Transmission from 400 nm to 1100 nm● Compact size Applications● Q-switching of the laser cavity● Cavity Dumping

Ge based optical components are widely used for IR applications. Ge is well suited for manufacturing windows and lenses for IR applications in lasers and optical systems. Ge components are used with AR coatings because of high surface reflectivity of...

Coated silicon substrates are most common used as mirrors for CO2 lasers. Its advantages are good durability, thermal stability and relatively low cost. The total reflectors are used as rear reflectors and fold mirrors and externally as beam benders...

Cu metal mirrors are intended for the following typical applications: optical resonators in pulsed and CW high power IR lasers; optical systems of transforming, transmitting and focusing of laser beams. The working surface of Cu mirrors is tre...

Specifications Material ZnSeSurface quality 40–20 scratch & digFocal length tolerance ±2%Diameter tolerance +0.0 -0.13 mmThickness tolerance ±0.1 mmClear Aperture 90% of the diameterCoating both surfaces AR coated @ 10.6 μ...

Specifications Material ZnSeSurface quality 40–20 scratch & digFocal length tolerance ±2%Diameter tolerance +0.0 -0.13 mmThickness tolerance ±0.1 mmCoating both surfaces AR coated @ 10.6 μm, R<=0.5% per surface

Zinc selenide is the most popular material for infrared applications. Due to a very wide transmission range covering 0.6–22 μm chemical vapor deposition grown ZnSe as a high optical quality material is used to manufacture optical components ...