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AILU
 Photonics Cluster
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nlight photonics
C Mounts
CS Mounts
Actively Cooled Bars
Stacked Arrays
Pearl Fibre Coupled Diode Module
nLight Photonics laser diode products are based on both GaAs (780 - 1000 nm) and InP (1300 - 1700 nm) and are ideally suited for a variety of applications including industrial, medical, defence, and telecoms. nLight also provides a wide range of package options that includes high power, water-cooled stacks as well as conductively cooled, fibre-coupled packages. nLight offers the broadest range of wavelengths in the high power diode industry, and is committed to optimizing their diode solution to exactly meet customers requirements.
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C Mounts
nLight Photonics' single emitter diode lasers provide state-of-the-art power levels from a standard C mount package. C mounts are available in wavelengths between 780nm - 1000nm and 1300nm - 1700nm. |
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CS Mounts
nLight Photonics' single diode bars provide state-of-the-art power levels on a standard copper substrate. CS mounts are available as a passively cooled array between 780nm and 1000nm and 1300nm-1700nm. |
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Actively Cooled Bars
nLight Photonics' high power actively cooled bars provide state-of-the-art power levels from a compact single diode laser array. These high power modules are available in wavelengths between 780nm - 1000nm and 1300nm-1700nm. |
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Stacked Arrays
nLight Photonics' high power stacked bar module provides state-of-the-art power levels in a compact package. These high power modules are available in both GaAs diodes (780nm - 1000nm) and InP diodes (1300nm-1700nm). |
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Pearl Fibre Coupled Diode Module
High-power fiber-coupled modules based on single emitters leading to improved efficiencies, longer reliability, and greater flexibility. A wide array of configurations are being manufactured including 50W modules at 808, 88x, 9xx nm as well as 5W modules at 639 nm. All modules are coupled into detachable 400 um core fibers. Utilises nXLT (eXtended Life Technology) completely eliminating the risk of catastrophic optical damage to the diode facet.
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