Supplies optical coatings, precision optics, assemblies, and lasers. Provides full manufacturing capabilities that enable the highest performance and cost effective implementation of optical systems for a variety of markets.
High finesse cavities available from 350 nm to 2 μm and a finesse range from 100 to greater than 200,000 are used for wavelength locking, laser stabilization, and frequency standards...
Laser-damage characteristics of optics can be determined based on observed defects, an approach that is both more reliable and less time-consuming than traditional laser-damage...
Ultrafast dichroic pump mirrors use thin-film coatings that generate negative group delay dispersion (GDD) to compensate for positive GDD caused by other cavity components.
Manufacturer of precision optical and laser solutions, REO (Boulder, CO), is introducing a new series of stabilized helium neon lasers that offer a combination of performance,...
Zinc sulfide (ZnS) CLEARTRAN components are used with Ho:YAG pumped optical parametric oscillators and other laser systems in the 2–5 μm spectral range.
REO, a manufacturer of high volume precision optical and laser solutions, has released a 594 nm (yellow) helium neon (HeNe) laser suitable for cost-sensitive bioinstrumentation...
A range of diamond-turned aspheres fabricated from either aluminum or copper substrates are produceable in sizes up to 300 mm, with any aspheric profile.
A family of matched Risley (wedge) prism pairs with angles to less than 0.5 arcsec enable laser-beam steering in military, industrial, and instrumentation applications.
High-performance pentaprisms are available with all dielectric antireflection and high reflection coatings manufactured using ion-beam-sputtering technology.
Custom prism assemblies enable construction of compact beam multiplexing systems for aerospace, defense, bioinstrumentation, analytical instruments, and telecommunications applications...
Optical coatings for military applications often need to simultaneously satisfy many extreme requirements; coating manufacturers have responded with an array of design and fabrication...
These superpolished laser mirrors offer microroughness below 0.5 Å to enable scattering loss under 5 ppm and a finesse of 200,000 when incorporated into optical cavities.
This series of graded reflectivity mirrors with ion beam sputtering (IBS) coating technology enables precise spatial shaping of intensity and phase characteristics of laser beams...
This range of IR spherical lenses made from various substrate materials enable operation over 3 to 14 µm for forward-looking infrared (FLIR) imagers that also incorporate laser...
New aspheric lenses fabricated from CaF2, ZnSe, and ZnS substrates feature surface accuracies of ~λ/4 at 633 nm to achieve small focused spot sizes, surface roughness of 40 to...
