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fiber optic beam combiner

Industrial Laser Solutions - March/April 2016

Industrial Laser Solutions - March/April 2016

…is introduced into the gain fiber using a beam combiner consisting of discrete optical elements. This same beam combiner collimates the output from the gain fiber, and other optics efficiently couple this into the final delivery fiber. The geometry of the beam combiner prevents back-reflections from…

Industrial Laser Solutions - March/April 2016

Industrial Laser Solutions - March/April 2016

…is introduced into the gain fiber using a beam combiner consisting of discrete optical elements. This same beam combiner collimates the output from the gain fiber, and other optics efficiently couple this into the final delivery fiber. The geometry of the beam combiner prevents back-reflections from…

Industrial Laser Solutions - March/April 2016

Industrial Laser Solutions - March/April 2016

…is introduced into the gain fiber using a beam combiner consisting of discrete optical elements. This same beam combiner collimates the output from the gain fiber, and other optics efficiently couple this into the final delivery fiber. The geometry of the beam combiner prevents back-reflections from…

O lase A4 4s 2705 lr.pdf

O lase A4 4s 2705 lr.pdf

…°C Fiber Laser Combiner (FLC) Water cooling, 5 liter / minute / module, +25 °C QBH fiber optic cable Water cooling, 1.7 liter / minute, +25 °C QD fiber optic cable Water cooling, 2.0 liter / minute, +25 °C Dimensions4 Fiber Laser Module (FLM) 1U and 440 mm deep, 19" rack Fiber Laser Combiner (FLC)…

O lase A4 4s 2705 lr.pdf

O lase A4 4s 2705 lr.pdf

…°C Fiber Laser Combiner (FLC) Water cooling, 5 liter / minute / module, +25 °C QBH fiber optic cable Water cooling, 1.7 liter / minute, +25 °C QD fiber optic cable Water cooling, 2.0 liter / minute, +25 °C Dimensions4 Fiber Laser Module (FLM) 1U and 440 mm deep, 19" rack Fiber Laser Combiner (FLC)…

Bio Photonics - April 2015

Bio Photonics - April 2015

…a new plug-and-play combiner, Coherent's OBIS Galaxy, now simplifies this process. This passive device can integrate up to eight different laser wavelengths using a patent-pending combination of a minimum number of refractive optical components, together with a novel fiber having constant NA over…

Bio Photonics - April 2015

Bio Photonics - April 2015

…a new plug-and-play combiner, Coherent's OBIS Galaxy, now simplifies this process. This passive device can integrate up to eight different laser wavelengths using a patent-pending combination of a minimum number of refractive optical components, together with a novel fiber having constant NA over…

Bio Photonics - April 2015

Bio Photonics - April 2015

…a new plug-and-play combiner, Coherent's OBIS Galaxy, now simplifies this process. This passive device can integrate up to eight different laser wavelengths using a patent-pending combination of a minimum number of refractive optical components, together with a novel fiber having constant NA over…

Bio Photonics - November 2014

Bio Photonics - November 2014

…new yellow wavelengths (552 and 561 nm) enabled by optically pumped semiconductor laser technology. And because the combiner uses a refractive optic strategy to combine up to eight different laser inputs, as well as a proprietary output fiber whose NA is independent of wavelength, the performance…

Bio Photonics - November 2014

Bio Photonics - November 2014

…new yellow wavelengths (552 and 561 nm) enabled by optically pumped semiconductor laser technology. And because the combiner uses a refractive optic strategy to combine up to eight different laser inputs, as well as a proprietary output fiber whose NA is independent of wavelength, the performance…

Bio Photonics - OBIS Galaxy

Bio Photonics - OBIS Galaxy

…new yellow wavelengths (552 and 561 nm) enabled by optically pumped semiconductor laser technology. And because the combiner uses a refractive optic strategy to combine up to eight different laser inputs, as well as a proprietary output fiber whose NA is independent of wavelength, the performance…

Bio Photonics - OBIS Galaxy

Bio Photonics - OBIS Galaxy

…new yellow wavelengths (552 and 561 nm) enabled by optically pumped semiconductor laser technology. And because the combiner uses a refractive optic strategy to combine up to eight different laser inputs, as well as a proprietary output fiber whose NA is independent of wavelength, the performance…

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