Setting standards: FUTURELEDs 1050 nm High Power LED

FUTURELED upgraded its 1050 nm LED to extend opportunities for applications in life science, medical and photovoltaic fields
FUTURELED-FL-LED-440-1050 (PresseBox) (Berlin, ) FUTURELED’s continuous development led to FLD-440-1050 LED. Its high output power offers an unmatched performance at 1050 nm. High radiation levels make applications in life science - including food analyses, medical and photovoltaic applications - easy to realize. Existing products have been successfully improved to exceed market requirements.

With the FLD-440 1050 LED FUTURELED offers a world leading emitter for 1050 nm. As high power LED it is ideally suited for reflectance or fluorescence measurements as well as for screening silicon in photovoltaic or semiconductor applications. More and more businesses have been starting to use LED-technology to successfully realize and improve their old and new applications. With FLD-440 1050-LED and its unmatched performance expectations were surpassed. A compact packaging and overdrive option complete the LED’s portfolio and broaden the range of uses.

Photovoltaic inspection tasks are enabled by utilizing the transparency of silicon beyond 1000 nm. Quality levels of wafers can be maintained over various production steps. The High Power light source enables to see more details, faster production pace and therefore overall higher quality.

Quality definition in food inspection can be done faster with less complex set-ups and far less maintenance while precision is increased. Similar advantages can be realized in the ever more critical exhaust gas analysis in automotive applications. Medical applications for patient monitoring benefit from a higher precision through less noise during measurements.
LED technology and FLD-440 1050 make compact system combined with effective and precise measurements become reality.
The 1050 nm is also available as low and mid power and as a chip on board confection.

Link: FLD-440 1050
Technical Data FL-LED-440-1050
Wavelength 1030 – 1070 nm
Spectral output 40 mW
Dimensions 3,8 x 3,8 mm
Chip Surface 1,5 x 1,5 mm

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