ODiate^® Fluorescence Excitation Bandpass Filters

ODiate^® Excitation Filters are manufactured using a dense sputtering process which provides superior spectral performance, spectral stability, and physical durability. These product designs are ideal for fluorescence microscopy & imaging, high throughput screening, medical diagnostics & instrumentation, and analytical instruments.

Exceptional passband transmission ≥ 96% avg
High out of band rejection ≥ OD6 avg
≥ OD10 avg, over corresponding Emission passband (verified as ≥ OD8 avg)
Maximum image brightness and minimum background

See All Features

Description	Compatibility	Price
OD8-EX380-59-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 380 nm CWL, 59 nm FWHM	UNIVERSAL	$295
OD8-EX474-37-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 474 nm CWL, 37 nm FWHM	UNIVERSAL	$295
OD8-EX483-41-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 483 nm CWL, 41 nm FWHM	UNIVERSAL	$295
OD8-EX539-31-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 539 nm CWL, 31 nm FWHM	UNIVERSAL	$295
OD8-EX565-49-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 564.5 nm CWL, 48.6 nm FWHM	UNIVERSAL	$295
OD8-EX626-52-B ODiate® Fluorescence Excitation FiltersODiate® Excitation Filter, 25.0 mm, 626 nm CWL, 52 nm FWHM	UNIVERSAL	$295

Features

Optimized Coatings and Engineering Expertise

Newport pushed the boundaries with the introduction of our ODiate Fluorescence Filter Sets, to allow customers to fully optimize their system performance. Our expert engineering team has been involved from the first stage of design to ensure that we exceed your requirements and continues through the entire process of continual production deliveries.

Environmental Stability and Physical Durability

The coating systems used to produce ODiate filters use a dense sputtering process to provide robust environmental reliability to meet the highest demands for thin-film coatings. The resulting highly durable coatings meet or exceed testing procedures including humidity, thermal shock, adhesion, chemical resistance, and moderate abrasion per U.S. Military and international standards.