MEMS Deformable Mirror comes as complete turnkey system.
Mini-DM(TM) wavefront control device consists of mirror membrane supported by underlying actuator array. Each actuator in array can be individually deflected by electrostatic actuation to achieve desired pattern of deformation without hysteresis. Active mirror area is deformed by 32 actuators and can reach frame rates to 1,000 Hz with fully-integrated USB controller and user interface. Product is...
Read More »Optical Flat Mirrors use fused silica for thermal stability.
Available coated or uncoated, TECH SPEC(TM) 1/20 Wave Mirrors are suited for imaging systems and laser applications, as well holography, optical path folding, and as reflectors for auto-collimating requirements. Primary surface is precision ground and polished to stated accuracy and certified by Zygo GPI-XP Interferometer, while secondary surface is pitch polished to window quality.
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Hot Mirrors provide near infrared (NIR) blocking.
HTM-Series products block wavelength region from 750-1,000 nm and allow passage of visible wavelengths with 80% or greater average transmission. They can be optimized for 0Ã-
Read More »Spectrometer Mirror handles 400-1,000 nm wavelengths.
AgPlus High-reflectivity Mirror, designed for use in spectrometers and optical systems, has thin film dielectric coating that offers 95% reflectivity from visible wavelengths of 400 nm to near-infrared wavelengths of 1,000 nm. Environmentally stable coating simultaneously optimizes reflectivity over various angles of incidence. Manufactured using process that produces silver reflecting layers in...
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Mirrors suit Nd:YAG laser applications.
Laser Rmax 1064 nm mirrors feature reflectivity of less than 99.8%, and demonstrate drift of less than 1% on 0.2% transmitted signal. Transmitted signal can be used as accurate control signal in laser system. Due to improved optical coatings, damage thresholds at 1064 nm for mirrors have been increased 2-3 times over conventional ion deposition process.
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Laser Mirrors have diamond-turned front surface.
Aluminum Substrate Mirrors, for far infrared laser applications, are composed of 6061-T6 substrate with protected aluminum (AlSiO) or protected gold (AuSiO) reflectance coating. Protected aluminum coating has reflectance greater than 96% from 1,750 nm, while protected gold has greater than 98% reflectance from 2,000 nm. Back surface is machined flat and is tapped with 3 holes that are mounted to...
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Laser Mirrors are made from silicon or molybdenum.
CO2 Laser Mirrors, for 25 to 200 W industrial lasers, are available in -½ to 1-½ in. OD sizes. Silicon mirrors feature average reflectance >99.5 to 99.7% @ 10.6 -µm and 45-° AOI, while molybdenum mirrors provide 98% average reflectance, and are more durable for use in applications that require frequent cleaning. Mirrors made from silicon can be provided with enhanced silver, copper, and DMBR...
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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)
Fiber Reinforced Polymers (FRP), represents a truly groundbreaking advancement in structural reinforcement. Lightweight, strong, and green, they are changing the way the construction industry thinks about rebar. Unlike steel, FRPs don't rust and are far stronger than standard rebar. To learn why Fiber Reinforced Polymers are poised to change the way the world builds, see our video.
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