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Alluxa Xprt Equipment & Supplies
5 equipment items found
Manufactured by:Alluxa, Inc. based inSanta Rosa, CALIFORNIA (USA)
Alluxa offers a series of hard-coated optical filters that deliver increased performance and durability over traditional soft-coated filters, at comparable prices. These soft-coating replacement filters are available with center wavelengths across the visible spectrum with bandwidths typically between 10 nm and 50 nm. All of the hard-coated filters in this series offer both greater than 90% ...
Manufactured by:Alluxa, Inc. based inSanta Rosa, CALIFORNIA (USA)
Alluxa’s ULTRA Series of high-reflectivity dielectric mirrors provide close to 100% reflection over a broad or precise range of wavelengths. Each hard coated, thin-film dielectric mirror is resistant to laser damage and all will boost instrument performance by preserving light source ...
Manufactured by:Alluxa, Inc. based inSanta Rosa, CALIFORNIA (USA)
The steep edges, maximum transmission, and maximum reflection of ULTRA Series thin-film dichroic filters all translate into minimal loss of light intensity and optimal instrument performance. Each ULTRA Series dichroic filter, polychroic filter, dichroic beamsplitter, or beam combiner is resistant to laser damage and can be designed to work at any angle. All are ideal for use in applications such ...
Manufactured by:Alluxa, Inc. based inSanta Rosa, CALIFORNIA (USA)
With the narrowest bandwidths and highest transmission in the industry, Alluxa’s thin-film, ultra-narrow bandpass filters will optimize the performance of laser based systems. Ultra-narrowband filters are ideal for use as laser line, laser cleanup, or laser excitation filters in applications such as fluorescence microscopy, flow cytometry, and DNA sequencing. They are also highly resistant ...
Manufactured by:Alluxa, Inc. based inSanta Rosa, CALIFORNIA (USA)
The deep blocking, tight wavelength control, steep edges, and wide-range transmission of ULTRA Series thin-film notch filters all allow for precision blocking of lasers or other light sources, without sacrificing the quality of target ...