Newport's High Signal-to-Noise Fluorescence Filters provide a custom defined narrow bandpass that has been designed based upon the absorption and emission spectra of the specific fluorophore of intended use. With a typical non-paired signal-to-noise ratio of 100,000:1, they can be paired with any other filter in the series with excellent crosstalk suppression. Developed as
XM Fluorescence Filters and manufactured in Newport's Franklin, MA facility, these filters are a key enabling technology in numerous fluorescence based research and clinical instruments. Typical applications include instrumentation for flow cytometry, drug discovery, genetic analysis, and other fluorescence-based instrumentation.

Newport's High Signal-to-Noise Fluorescence Filters provide a custom defined narrow bandpass that has been designed based upon the absorption and emission spectra of the specific fluorophore of intended use. With a typical non-paired signal-to-noise ratio of 100,000:1, they can be paired with any other filter in the series with excellent crosstalk suppression. Developed as
XM Fluorescence Filters and manufactured in Newport's Franklin, MA facility, these filters are a key enabling technology in numerous fluorescence based research and clinical instruments. Typical applications include instrumentation for flow cytometry, drug discovery, genetic analysis, and other fluorescence-based instrumentation.