The new emitter from FUTURELED provides a wide spectrum from 450 to 850 nm for applications in life science including blood screening, spectroscopy and chemical analyses. The unique spectral characteristic has been specifically designed to support next generation life science applications.
FL-LED-440-650BR is a unique phosphor conversion LED with a 265 nm bandwidth. The phosphor conversion provides a maximum at 650 nm and offers an almost flat spectrum between 550 to 750 nm. The full emission reaches from 450 to 900 nm. Packaged in a ceramic SMD housing it can be driven in CW and strobe operation modes.
With its broad, flat spectrum this new design is covering the rising demand for “flat and wide” spectrum sources off the white LED markets. Applications include, but are not limited to, sensor testing, spectroscopy in life science and various other applications.
Make your measurement more precise
Spectroscopy or scanning applications in absorption or reflection measurements benefit greatly from the characteristics of the LED. Reliable, low noise measurements can be easily taken to ensure great and stable results. Conventional light sources can be replaced by this long lasting and stable LEDs, providing even more useful light.
Bring crucial information where needed
Simplifying measurement units in laboratory equipment with LED technology enables advanced technologies to be used more frequently and to be implemented in more places. The potential of LEDs in life science, biotechnology and pharmaceutical use has been improved vastly.
LED technology in form of FLD-LED-440-650BR brings compact systems which combine effective and precise measurements ready.
Link: FLD-LED-440-650BR
Technical Data FL-LED-440-650BR
Typ FWHM 265 nm
Power output 56 mW
Dimensions 3,8 x 3,8 mm
Technology Phosphor conversion
FL-LED-440-650BR is a unique phosphor conversion LED with a 265 nm bandwidth. The phosphor conversion provides a maximum at 650 nm and offers an almost flat spectrum between 550 to 750 nm. The full emission reaches from 450 to 900 nm. Packaged in a ceramic SMD housing it can be driven in CW and strobe operation modes.
With its broad, flat spectrum this new design is covering the rising demand for “flat and wide” spectrum sources off the white LED markets. Applications include, but are not limited to, sensor testing, spectroscopy in life science and various other applications.
Make your measurement more precise
Spectroscopy or scanning applications in absorption or reflection measurements benefit greatly from the characteristics of the LED. Reliable, low noise measurements can be easily taken to ensure great and stable results. Conventional light sources can be replaced by this long lasting and stable LEDs, providing even more useful light.
Bring crucial information where needed
Simplifying measurement units in laboratory equipment with LED technology enables advanced technologies to be used more frequently and to be implemented in more places. The potential of LEDs in life science, biotechnology and pharmaceutical use has been improved vastly.
LED technology in form of FLD-LED-440-650BR brings compact systems which combine effective and precise measurements ready.
Link: FLD-LED-440-650BR
Technical Data FL-LED-440-650BR
Typ FWHM 265 nm
Power output 56 mW
Dimensions 3,8 x 3,8 mm
Technology Phosphor conversion
