ATC-NS-250 NEOCLEAN S250 Cleaning Tools for Optics

Cleaning Tools for Optics;NEOCLEAN;Pen;Single-Core;SC;FC;ST;E2000;FA;FAS

Wavelength 400-2700 nm; Bandwidth 0.05-100 nm; Diffraction Efficiency 5-99%; Thickness 0.50-10 mm; Aperture Up to 50x50 mm OptiGrate’s transmitting volume Bragg gratings (TBGs) are diffractive optical elements operating in transmitting geometry when a diffracted beam crosses the back surface of the grating. BragGrate™ Deflector is a transmitting volume Bragg grating recorded in a bulk of photosensitive silicate glass. The Deflector acts as a very narrow band mode selector in angular and spectral spaces and, therefore, enables spectrally selective beam steering and angular magnification. The spectral filtering is as narrow as 0.1 nm and can easily achieve deflection angles of up to 45°. The grating is embedded inside the glass material and is stable to light powers exceeding 1 kW, temperatures >+400°C, and is fully environmentally stable. BragGrate™ Combiner is a transmitting volume Bragg grating (or sets of gratings) that is used for spectral beam combining (SBC). This element enables combining of laser radiation from multiple sources into a single, nearly diffraction-limited beam with increased energy brightness. SBC by means of our BragGrate™ Combiner is a simple and robust technique for combining high-power laser radiation with a record spectral brightness. Excellent mechanical properties and a refractive index that is independent of temperature enables the combiners to withstand high-power laser radiation, thus making the components the ideal element for high-powered SBC. Key Features: High-powered Operations: >1 kW, Up to 10 kW High-energy Operations: Up to 5 J/cm² No Degradation Over Lifetime Superior Environmental Stability Very High Angular Selectivity No Polarization Dependence at Small Incident Angles Near-diffraction-limited Beam Quality Possible Multiplexing of Different Angular Selectors in One Volume Low Wavefront Aberrations Diffraction Efficiency (DE): 5% to 99%, 90% to 99% Standard Diffraction Efficiency: >97% Spectral Bandwidth: 0.5 nm to 100 nm; 0.05 nm to 20 nm Standard Spectral Bandwidth (FWHM): 10 nm Operating Wavelength Range: 400 nm to 2700 nm Standard Center Wavelengths: 532 nm, 1064 nm, 1550 nm Grating Thickness: 0.50 mm to 10 mm Apertures: Up to 50 × 50 mm² Angular Selectivity: 0.1 mrad to 100 mrad, 0.5 mrad to 10 mrad Total Deflection Angles: 5° to 45°, <120° Lateral Dimensions: 12.5 x 12.5 mm² to 35 x 35 mm² Applications: 3D Beam Steering; Angular Magnification in Fast Switches; Transmitting Spectral and Angular Selector; Beam Combining; Beam Shaping and Filtering; High-power Spectral Beam Combining

Disc, Sheet and Roll Type Available; Grit from 1 to 9 µm; Diamond; Ceramic Ferrule; Fiber Optic Polishing Nanolap® 66XL diamond lapping films are produced by a precision coating of diamond particles on a polyester film. The 66XL series provides outstanding life and finish for fiber optic connectors. 

Cleaning Tools for Optics;CLETOP;Stick;Single-Core;SC;FC;FA;FAS

Polarisation Maintaining Couplers & Combiners; 780 to 2005 nm; Splitting Ratio 50/50, 90/10, 95/5; Return Loss <50 dB; Directivity <55 dB Fusing and tapering the fibers together is a simple, rugged, compact method of splitting or combining optical signals. Typical excess losses are as low as 0.2 dB, while split ratio tolerances range from ±5% to ±0.5% at design wavelengths depending upon the splitting ratio. OZ Optics’ PM Fused Fiber Couplers are bidirectional and offer low backreflection and insertion losses. They exhibit a broad operating wavelength range of up to ±20 nm for 1550 nm region devices. Fused PM splitters are also available on smaller core fibers for 1064 nm, 980 nm and other wavelengths. (Nonstandard center wavelengths may require minimum order quantities or set up charges. Please contact AMS Technologies for assistance). A wide variety of options are available for fused PM splitters. Standard configurations are 1x2, 2x2, 1x3 (monolithic) and 1x4 (compact cascaded). A monolithic structure means that all fibers are fused together, while a cascaded device combines several 2x2 splitters to create a greater split count. OZ Optics can design and construct larger split counts or different split ratios upon request. OZ Optics has the capability to connectorize the fibers of fused splitters with all standard connectors such as FC, SC, ST, LC etc. and finishes (Super PC, Ultra PC, Angled PC [APC] etc.). As a component integrator, OZ Optics can construct additional components such as tunable filters, variable attenuators, or collimators directly onto the coupler fibers. In general OZ Optics uses polarization maintaining fibers based on the PANDA fiber structure when building polarization maintaining components. However OZ Optics can construct devices using other PM fiber structures and does carry some alternative fiber types in stock, so please contact AMS Technologies for availability. If necessary, OZ Optics is willing to use customer supplied fibers to build devices. Key Features:Wide Variety of Wavelengths 780 nm to 2005 nmLow Loss - Broad BandwidthGood UniformitySmall PackageHigh DirectivityWide Variety of Wavelengths 780 nm–2005 nm Applications: Optical Amplifiers; Fiber Lasers; Power Monitoring; Fiber Gyroscopes; Coherent Communications