Flow Cytometry is a popular technique for detecting fluorescence labelled biophysical particles in a fluid stream; this is increasingly being used for diagnosing blood diseases and cancer. Modern flow cytometers can simultaneously measure forward and side scatter data from up to 18 flourophores requiring a large number of detection channels.
This, coupled with the rising number of lasers used in modern systems, can pose a problem for ordinary filters.
LASER COMPONENTS‘ optical interference filters for flow cytometry could be the solution you are looking for.
Designed to work with all major clinical and research instruments, LASER COMPONENTS provides emission filters optimised both for collection of the desired fluorescent signal and avoidance of channel cross talk. Our dichroic filters have very steep cut on edges to split off fluorescent signals in close spectral proximity while minimising the sensitivity of the polarisation state of the incident energy.
For more information visit our website at
- Photonex Scotland Roadshow, June 04, 2014, Edinburgh Conference Centre, Heriot-Watt University, Booth S14
- Photonex Cambridge Roadshow, June 18, 2014, Robinson College, University of Cambridge, Booth S28
- Photon14, September 01 - 04, 2014, Imperial College London, Booth 19
- Photonex 2014, October 15 - 16, 2014, Ricoh Arena, Coventry, Booth D20
The Company formed in 1986 and is located at six locations in Germany, France, UK, Canada and USA. Extensive in-house production accounts for approximately half its turnover. Currently, the family-run business employs more than 120 people worldwide.