Semrock Nanopede Bandpass Filters

To meet the need for precise, full-spectrum detection in spectral flow cytometry, IDEX Health & Science offers our Semrock Nanopede bandpass optical filter family, engineered for consistent performance across UV to NIR wavelengths.

These essential performance and cost-effective filters cover the hear-UV and visible spectrum in 20 nm centre wavelength increments with 20 nm FWHM spectral widths. Moving into the NIR, the FWHM increase to 30nm. The fifty-two filters in the Nanopede family have been designed with your application in mind.

Features:

• Spectral coverage: Coverage of the spectrum in discrete steps so you can test several configurations and define the best combinations possible.

• OD_avg > 5 blocking : 330 to 900 nm, so you can optimize for the blocking depth and range you need.

• Laser OD_abs > 5 : Maintains > OD5 at key laser wavelengths to assist in reducing light source bleed through.

• Hard coated quality : Hard-coated for consistent performance with Semrock quality for spectral repeatability and proven reliability for your most demanding applications.

• Compact filters : Availability in 12.5 mm housed standard sized filters with 10 mm clear aperture, providing a compact filter package. (Custom sizing is also available to fit your unique instrument footprint.)

Nanopede sets now available, read more here.

As the industry’s best for high-performance optical filters, Semrock products from IDEX Health & Science deliver the stability required for life science, analytical, and medical diagnostic instrumentation. By utilising proprietary hard-sputtered coatings, our filters eliminate environmental degradation and drift—a level of reliability backed by our 10-year warranty. We ensure faster measurements and minimal downtime by prioritising steep edges and deep blocking to maximise your signal-to-noise ratios. From standard components to custom solutions, Semrock filters provide the superior stability and spectral precision necessary to optimise the most demanding optical systems.