‚ÄčASSOCIATION

OF  INDUSTRIAL

LASER USERS

Mid IR filters


Brinell Vision is able to provide optical design engineering and production of advanced near to Mid IR filters. Brinell Vision uses film materials and deposition processes which have been qualified for space flight and for cryogenic instrumentation on terrestrial astronomy instrumentation       Sensor systems.

Applications in Astronomy, Climate monitoring, On-line quality control, Medical and environmental monitoring.





For more information about Brinell vision technology visit: Advanced medical laser filtershttp://brinellvision.blogspot.com/

Contact us about your requirements for customised laser filters: info@Brinellvision.com

Brinell CN-Green 532nm laser protection technology


Brinell CN-Green Colour Balanced 532nm laser protection technology is used in applications such as medical surgery, astronomy, micoscopy and aviation safety. The filter has outstanding balanced visible light transmission (VLT) and can block 532nm and 1064nm laser up to OD6.
 
Brinell CN-Green technology is available in filter sizes from 10mm up to 76mm Diameter with standard sized available from our internet shop. 

Optcial Filters for Laser Protection & Imaging

Narrow band-pass filters (NBP)   


Temperature stable band pass and narrow band pass (NBP) filters for laser clean-up and signal isolation from 400 - 8000 nm. 

Brinell RAYAG - Combiner laser protection filter for 532nm, 694nm and 1064nm


Laser safety filter technology gives the user outstanding visibility while blocking critical wavelengths from 694-1080nm.

Brinell Vision design and use the latest advanced sputtering and Plasma Ion assist thin film deposition processes to provide optical filters with outstanding spectral and mechanical characteristics. 


Brinell laser filters are utilised in demanding applications worldwide,  working with high powered laser sources and operating in extreme environments on ground, air  and space.


Brinell imaging IR-Cut filters provide near-perfect visible colour transmission without any chromatic distortion for CMOS & CCD imagers used in the latest HD cameras. The precision cut-off allows effective removal of unwanted IR light while maximising the required transmission band.