385.5-28 OD6

$455.00

ULTRA Series bandpass filter with a 385.5 nm (± 1.0 nm) center wavelength (CWL), a 28 nm full-width at half-maximum (FWHM), and wide-range OD5/OD6 out-of-band blocking from 325 nm to 700 nm (with additional blocking to 1000 nm). This bandpass filter has exceptionally steep edges and greater than 95% average transmission from 374 nm to 397 nm. It is coated on a 2 mm thick polished Borofloat® substrate and mounted in a standard 25 mm (+0/-0.1 mm) diameter, 3.5 mm (± 0.1 mm) thick anodized aluminum ring. Alluxa ULTRA Series fluorescence filters are designed to optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control, ultra-steep edges, deeper blocking, and the industry’s highest transmission levels. All Alluxa optical filters are highly durable and hard-coated using our innovative SIRRUS plasma deposition process. Contact us for custom sizing.

SKU: 7187 分类:

描述

Center Wavelength  385.5 nm ± 1.0 nm
FWHM  28 nm Nominal
† Transmission Band(s)  374 to 397 nm > 95% T Average
Transmitted Wavefront Error < 0.25 Wave RMS @ 632.8nm
Blocking Level  OD6
* Blocking Range(s)  OD6: 325 to 360 nm, 410 to 510 nm; OD5: 300 to 325 nm, 510 to 700 nm; OD2: 700 to 1000 nm
Parallelism < 5.0 Arcseconds
Dimensions 25.0 mm Diameter
Substrate Type  Polished Borofloat®
Filter Thickness 2.0 mm
Assembly Type Anodized Aluminum Ring
Assembly Thickness 3.5 mm
Custom Sizing Available yes
Main Fluorophore(s) DAPI
Alternate Fluorophore(s) 1-ANS, 7-Hydroxy-4-methylcoumarin, Alexa Fluor® 350, Alexa Fluor® 405, AMCA (pH 9), ATTO 390, Calcofluor White 2MR, CellTrace™ Calcein Violet, CF™350, CF™405M, CF™405S, Coumarin 1, Coumarin 30, EBFP, HCS NuclearMask™ Blue, Hoechst® 33258, Hoechst® 33342, Marina Blue®, Me-Coumarin, Pacific Blue™, PromoFluor-370LSS, PromoFluor-405, sgBFP, Spectrum Blue, TagBFP, Vybrant® DyeCycle™ Violet

*Auxiliary blocking typical based on the displayed spectrum.