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nLight (65)

High Performance Lasers

nLIGHT is a vertically integrated supplier of high-performance lasers that enable innovation in materials processing

Showing 1 to 65 of 65 entries
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Kliner - nLIGHT alta - A Versatile, Next-Generation Fiber Laser Platform for kW Materials Processing - NLIGHT alta™: A Versatile, Next-Generation Fiber Laser Platform for kW Materials Processing - Technical Papers Kliner - nLIGHT alta - A Versatile, Next-Generation Fiber Laser Platform for kW Materials Processing : NLIGHT alta™: A Versatile, Next-Generation Fiber Laser Platform for kW Materials Processing (PDF)
High-power-fiber-lasers-techniques-and-accessories Whitepaperpdf Render - High-power Fiber Lasers: Kilowatt-level fiber lasers mature High-power-fiber-lasers-techniques-and-accessories Whitepaperpdf Render : High-power Fiber Lasers: Kilowatt-level fiber lasers mature (PDF)
NLIGHT Brochure Final 090626 - NLIGHT Corporate Brochure NLIGHT Brochure Final 090626 : NLIGHT Corporate Brochure (PDF)
8965-46 High reliability of high power and high brightness diode lasers FINAL - High Reliability of High Power and High Brightness Diode Lasers - Technical Papers 8965-46 High reliability of high power and high brightness diode lasers FINAL : High Reliability of High Power and High Brightness Diode Lasers (PDF)
Brilliant Performance -- EfficiencyPowerBrightness Reliability (20091104) (2) - LASER MAGAZIN (Dec 2009) - nLIGHT Article: Efficiency Power Brightness Reliability (English) Brilliant Performance -- EfficiencyPowerBrightness Reliability (20091104) (2) : LASER MAGAZIN (Dec 2009) - nLIGHT Article: Efficiency Power Brightness Reliability (English) (PDF)
3C Yb-doped Fiber Based High Energy and Power Pulsed Fiber Lasers - 3C Yb-doped Fiber Based High Energy and Power Pulsed Fiber Lasers - Technical Papers 3C Yb-doped Fiber Based High Energy and Power Pulsed Fiber Lasers : 3C Yb-doped Fiber Based High Energy and Power Pulsed Fiber Lasers (PDF)
NLIGHT Brillante Leistung LM2009Dez - LASER MAGAZIN (Dec 2009) - nLIGHT Article: Efficiency Power Brightness Reliability (German) NLIGHT Brillante Leistung LM2009Dez : LASER MAGAZIN (Dec 2009) - nLIGHT Article: Efficiency Power Brightness Reliability (German) (PDF)
76 percent efficient cryogenically-cooled eyesafe diode laser for resonant pumping of Er-doped gain media - 76% efficient cryogenically-cooled eyesafe diode laser for resonant pumping of Er-doped gain media - Technical Papers 76 percent efficient cryogenically-cooled eyesafe diode laser for resonant pumping of Er-doped gain media : 76% efficient cryogenically-cooled eyesafe diode laser for resonant pumping of Er-doped gain media (PDF)
Nlight Final LM-Dec2007 - Brillante Zeiten mit fasergekoppelten Hochleistungslasermodulen Nlight Final LM-Dec2007 : Brillante Zeiten mit fasergekoppelten Hochleistungslasermodulen (PDF)
Reliability of High Power Brightness Diode Lasers Emitting from 790 to 980 nm - Brightness Diode Lasers Emitting from 790 nm to 980 nm - Technical Papers Reliability of High Power Brightness Diode Lasers Emitting from 790 to 980 nm : Brightness Diode Lasers Emitting from 790 nm to 980 nm (PDF)
PW2012 High Efficiency kW-class QCW 88x nm Diode Laser Bars with Passive Cooling - High Efficiency kW-class QCW 88x nm Diode Laser Bars with Passive Cooling - Technical Papers PW2012 High Efficiency kW-class QCW 88x nm Diode Laser Bars with Passive Cooling : High Efficiency kW-class QCW 88x nm Diode Laser Bars with Passive Cooling (PDF)
Brilliante Zukunft ELA 02 07 S82-87 PEARL - Brillante Zukunft Brilliante Zukunft ELA 02 07 S82-87 PEARL : Brillante Zukunft (PDF)
High Performance Diode Lasers Emitting at 780-820 nm - High Performance Diode Lasers Emitting at 780-820 nm - Technical Papers High Performance Diode Lasers Emitting at 780-820 nm : High Performance Diode Lasers Emitting at 780-820 nm (PDF)
PW2012 Performance Limitation and Mitigation of Longitudinal Spatial Hole Burning in High-Power Diode Lasers - Performance Limitation and Mitigation of Longitudinal Spatial Hole Burning in High-Power Diode Lasers - Technical Papers PW2012 Performance Limitation and Mitigation of Longitudinal Spatial Hole Burning in High-Power Diode Lasers : Performance Limitation and Mitigation of Longitudinal Spatial Hole Burning in High-Power Diode Lasers (PDF)
PS 05.2007 LAD Article Reprint 070605 - Fiber Laser Simulators: Challenges and Opportunities PS 05.2007 LAD Article Reprint 070605 : Fiber Laser Simulators: Challenges and Opportunities (PDF)
2011 DSS - VHG P14 - Paper - Final - Progress in Commercial Wavelength-Stabilized High Brightness Diode Sources Suitable for Pumping Yb-doped Fiber Lasers - Technical Papers 2011 DSS - VHG P14 - Paper - Final : Progress in Commercial Wavelength-Stabilized High Brightness Diode Sources Suitable for Pumping Yb-doped Fiber Lasers (PDF)
LTJ05.2006 Notjustanother... Pdf-web P.41-46 061206 - Not Just Another Laser Platform - Quo Vadis Fiber Lasers LTJ05.2006 Notjustanother... Pdf-web P.41-46 061206 : Not Just Another Laser Platform - Quo Vadis Fiber Lasers (PDF)
CLEO 2011 postdeadline - Conversion Efficiency Optimization of Cryogenically Cooled 15xx nm InP Diode Lasers - Technical Papers CLEO 2011 postdeadline : Conversion Efficiency Optimization of Cryogenically Cooled 15xx nm InP Diode Lasers (PDF)
CSMay06 - NLIGHT Expands Wavelength Range in Order to Achieve New Markets CSMay06 : NLIGHT Expands Wavelength Range in Order to Achieve New Markets (PDF)
SPIE PW2011 Leisher - Reliability of High Power Diode Laser Systems Based on Single Emitters - Technical Papers SPIE PW2011 Leisher : Reliability of High Power Diode Laser Systems Based on Single Emitters (PDF)
NLIGHT April06 Web - Effizente Grösse NLIGHT April06 Web : Effizente Grösse (PDF)
PW 2011 High Reliability And High Performance Of 9xx-nm Single Emitter Laser Diodes 01312011-LB-revPL - High Reliability and High Performance of 9xx nm Single Emitter Laser Diodes - Technical Papers PW 2011 High Reliability And High Performance Of 9xx-nm Single Emitter Laser Diodes 01312011-LB-revPL : High Reliability and High Performance of 9xx nm Single Emitter Laser Diodes (PDF)
Ole200603 - Diode Lasers Get Fundamental Push Ole200603 : Diode Lasers Get Fundamental Push (PDF)
Jan 30 Reliability of High Performance 9xx-nm Single Emitter Laser Diodes - Reliability of High Performance 9xx-nm Single Emitter Laser Diodes - Technical Papers Jan 30 Reliability of High Performance 9xx-nm Single Emitter Laser Diodes : Reliability of High Performance 9xx-nm Single Emitter Laser Diodes (PDF)
ELA Sept05 German - Effiziente Antwort ELA Sept05 German : Effiziente Antwort (PDF)
Jan 30 Reliability and Performance of 808nm Single emitter Multi-Mode Laser Diodes - Reliability and Performance of 808nm Single emitter Multi-Mode Laser Diodes - Technical Papers Jan 30 Reliability and Performance of 808nm Single emitter Multi-Mode Laser Diodes : Reliability and Performance of 808nm Single emitter Multi-Mode Laser Diodes (PDF)
Geographic Trends June05 LFW - Geographic Trends Will Shift in Global Laser-Diode Market Geographic Trends June05 LFW : Geographic Trends Will Shift in Global Laser-Diode Market (PDF)
Jan 30 High Brightness Fiber Coupled Pump Lasers - High Brightness Fiber Coupled Pump Lasers - Technical Papers Jan 30 High Brightness Fiber Coupled Pump Lasers : High Brightness Fiber Coupled Pump Lasers (PDF)
HP May05 OLE - High Power Diode Lasers Offer Efficient Answer HP May05 OLE : High Power Diode Lasers Offer Efficient Answer (PDF)
Jan 26 KW-class Industrial Diode Lasers Comprised of Single Emitters - KW-class Industrial Diode Lasers Comprised of Single Emitters - Technical Papers Jan 26 KW-class Industrial Diode Lasers Comprised of Single Emitters : KW-class Industrial Diode Lasers Comprised of Single Emitters (PDF)
Addressing Inefficiency PS012005 - Addressing Inefficiency in Diode Lasers Addressing Inefficiency PS012005 : Addressing Inefficiency in Diode Lasers (PDF)
Jan 25 Long-Wavelength Fiber-Coupled Diode Laser Modules - Long-Wavelength Fiber-Coupled Diode Laser Modules - Technical Papers Jan 25 Long-Wavelength Fiber-Coupled Diode Laser Modules : Long-Wavelength Fiber-Coupled Diode Laser Modules (PDF)
Jan 24 Admancement in Broad-Area InP-Based Diode Lasers Operating from 1400-nm to 2100-nm - Advancement in Broad-Area InP-Based Diode Lasers Operating from 1400-2100 nm - Technical Papers Jan 24 Admancement in Broad-Area InP-Based Diode Lasers Operating from 1400-nm to 2100-nm : Advancement in Broad-Area InP-Based Diode Lasers Operating from 1400-2100 nm (PDF)
Jan 23 Fiber Amplifier - Advancements in Fiber Amplifiers - Technical Papers Jan 23 Fiber Amplifier : Advancements in Fiber Amplifiers (PDF)
SSDLTR 2009 HIgh Efficiency 885 nm Diode Lasers - Commercial High-Efficiency 885 nm Diode Lasers - Technical Papers SSDLTR 2009 HIgh Efficiency 885 nm Diode Lasers : Commercial High-Efficiency 885 nm Diode Lasers (PDF)
PW09 7195-26 Koponen Copyright - Benchmarking and Measuring Photodarkening in Yb Doped Fibers - Technical Papers PW09 7195-26 Koponen Copyright : Benchmarking and Measuring Photodarkening in Yb Doped Fibers (PDF)
PW09 7198-29 Karlsen Copyright - 100 W, 105 µm, 0.15NA Fiber Coupled Laser Diode Module - Technical Papers PW09 7198-29 Karlsen Copyright : 100 W, 105 µm, 0.15NA Fiber Coupled Laser Diode Module (PDF)
PW09 7198-38 Leisher Copyright - High-Performance Wavelength-Locked Diode Lasers - Technical Papers PW09 7198-38 Leisher Copyright : High-Performance Wavelength-Locked Diode Lasers (PDF)
Next-gen FL pumps AHPSL 081002 - Next generation fiber laser pumps - Technical Papers Next-gen FL pumps AHPSL 081002 : Next generation fiber laser pumps (PDF)
ICNMM2008-62351 Poster(FINAL)(2)(2) - A Micro-Channel Heat Exchanger for Electronics Cooling Applications - Technical Papers ICNMM2008-62351 Poster(FINAL)(2)(2) : A Micro-Channel Heat Exchanger for Electronics Cooling Applications (PDF)
2008 SSDLTR NLIGHT InP - Progress in Long-Wavelength High-Power Diode Laser Pump Sources - Technical Papers 2008 SSDLTR NLIGHT InP : Progress in Long-Wavelength High-Power Diode Laser Pump Sources (PDF)
DSS2008 1500nm Poster - High-Power Diode Lasers Operating Around 1500 nm for Eyesafe Applications - Technical Papers DSS2008 1500nm Poster : High-Power Diode Lasers Operating Around 1500 nm for Eyesafe Applications (PDF)
PW 2008 Reliable operation Leisher [6876] Abstract - Reliable Operation of High-Efficiency (>70%) 8xx and 9xx nm Diode Lasers - Technical Papers PW 2008 Reliable operation Leisher [6876] Abstract : Reliable Operation of High-Efficiency (>70%) 8xx and 9xx nm Diode Lasers (PDF)
PW08 SPIE 1-21-08 RobM - Enhanced Micro-Channel Cooling for High-Power Semiconductor Diode Lasers - Technical Papers PW08 SPIE 1-21-08 RobM : Enhanced Micro-Channel Cooling for High-Power Semiconductor Diode Lasers (PDF)
Laser2007 FiberLaserPerfAndEcon 070702 - Fiber Laser Performance and Economics – Status and Trends for Low and High-Power CW, and Pulsed Lasers - Technical Papers Laser2007 FiberLaserPerfAndEcon 070702 : Fiber Laser Performance and Economics – Status and Trends for Low and High-Power CW, and Pulsed Lasers (PDF)
Deterministic Nanosecond.. PW 2007 070320 - Deterministic Nanosecond Laser-Induced Breakdown Thresholds in Pure and Yb3+ Doped Fused Silica - Technical Papers Deterministic Nanosecond.. PW 2007 070320 : Deterministic Nanosecond Laser-Induced Breakdown Thresholds in Pure and Yb3+ Doped Fused Silica (PDF)
Gamma Radiation Effects.. PW 2007 070320 - Gamma Radiation Effects in Yb-Doped Optical Fiber - Technical Papers Gamma Radiation Effects.. PW 2007 070320 : Gamma Radiation Effects in Yb-Doped Optical Fiber (PDF)
PW07 Photodarkening.. 070123 - Photodarkening Measurements in Large Mode Area Fibers - Technical Papers PW07 Photodarkening.. 070123 : Photodarkening Measurements in Large Mode Area Fibers (PDF)
NLight 2006 OIDA - Diode Laser Efficiency Increases, Enables >400 W Peak Power from 1 cm Bars, Shows Clear Path to Peak Powers in Excess of 1 kW - Technical Papers NLight 2006 OIDA : Diode Laser Efficiency Increases, Enables >400 W Peak Power from 1 cm Bars, Shows Clear Path to Peak Powers in Excess of 1 kW (PDF)
Boulder Damage Symp 2006 Nanosecond... 061005 - Nanosecond Laser-Induced Breakdown in Pure and Yb3+ Doped Fused Silica - Technical Papers Boulder Damage Symp 2006 Nanosecond... 061005 : Nanosecond Laser-Induced Breakdown in Pure and Yb3+ Doped Fused Silica (PDF)
SPRC Symposium 2006 Talk HHo Version For Publication 061213 - DND Technology - A Core Platform for Specialty Mode Guiding Structures - Technical Papers SPRC Symposium 2006 Talk HHo Version For Publication 061213 : DND Technology - A Core Platform for Specialty Mode Guiding Structures (PDF)
EurophConf-09.2006 Photodarkening.. 060914 - Photodarkening in Large Mode Area Fibers - Technical Papers EurophConf-09.2006 Photodarkening.. 060914 : Photodarkening in Large Mode Area Fibers (PDF)
SSDLTR2006 - 400 W Peak CW Power per Bar from 1 cm GaAs Bars for Emission Wavelengths from 800 nm to 980 nm, 90 W at 660 nm - Technical Papers SSDLTR2006 : 400 W Peak CW Power per Bar from 1 cm GaAs Bars for Emission Wavelengths from 800 nm to 980 nm, 90 W at 660 nm (PDF)
NLight SHEDs CLEO06 V2 - 85% Power Conversion Efficiency 975 nm Broad Area Diode Lasers at -50°C, 76% at 10°C - Technical Papers NLight SHEDs CLEO06 V2 : 85% Power Conversion Efficiency 975 nm Broad Area Diode Lasers at -50°C, 76% at 10°C (PDF)
6216-12 Patterson-DS&S06 - High-Power, High-Efficiency, High-Brightness Long-Wavelength Laser Diodes - Technical Papers 6216-12 Patterson-DS&S06 : High-Power, High-Efficiency, High-Brightness Long-Wavelength Laser Diodes (PDF)
PW2006-P-DL-Abst-Photodark.. Copyright - Photodarkening Rate in Ytterbium Doped Silica Fibers - Technical Papers PW2006-P-DL-Abst-Photodark.. Copyright : Photodarkening Rate in Ytterbium Doped Silica Fibers (PDF)
PW2006-LAD-Paper6102-64 Copyright - High Order Modes Suppression in Large Mode Area Active Fibers by Controlling the Radial Distribution of the Rare Earth Dopant - Technical Papers PW2006-LAD-Paper6102-64 Copyright : High Order Modes Suppression in Large Mode Area Active Fibers by Controlling the Radial Distribution of the Rare Earth Dopant (PDF)
PW2006-DND-Paper6116-16 Copyright - The Potential of Direct Nanoparticle Deposition for the Next Generation of Optical Fibers - Technical Papers PW2006-DND-Paper6116-16 Copyright : The Potential of Direct Nanoparticle Deposition for the Next Generation of Optical Fibers (PDF)
PW2006 NLight Final - Diode Laser Efficiency Increases, Enables >400 W Peak Power from 1 cm Bars and Shows Clear Path to Peak Powers in Excess of 1 kW - Technical Papers PW2006 NLight Final : Diode Laser Efficiency Increases, Enables >400 W Peak Power from 1 cm Bars and Shows Clear Path to Peak Powers in Excess of 1 kW (PDF)
SecDef05 Photodarkening.. - Photodarkening in Ytterbium Doped Silica Fibers - Technical Papers SecDef05 Photodarkening.. : Photodarkening in Ytterbium Doped Silica Fibers (PDF)
SecDef2005 Liekki Design Considerations For LMA PM Double Clad Fibers Paper5987 10 - Design Considerations for Large Mode Area Polarization Maintaining Double Clad Fibers - Technical Papers SecDef2005 Liekki Design Considerations For LMA PM Double Clad Fibers Paper5987 10 : Design Considerations for Large Mode Area Polarization Maintaining Double Clad Fibers (PDF)
SPRCS05 Stanford - SHEDs Funding Enables Power Conversion Efficiency up to 85% at High Powers from 975 nm Broad Area Diode Lasers - Technical Papers SPRCS05 Stanford : SHEDs Funding Enables Power Conversion Efficiency up to 85% at High Powers from 975 nm Broad Area Diode Lasers (PDF)
DIODE1-5.crump SSDLTR05 - Optimized Performance GaAs-Based Diode Lasers: Reliable 800 nm 125 W Bars and 83.5% Efficient 975 nm Single Emitters - Technical Papers DIODE1-5.crump SSDLTR05 : Optimized Performance GaAs-Based Diode Lasers: Reliable 800 nm 125 W Bars and 83.5% Efficient 975 nm Single Emitters (PDF)
CLEO PhAST 2005 Crump 4 NLight 2 - >73% CW Wall-Plug Efficiency at High Powers from 0.94 μm and 0.98 μm Emitting Laser Diodes - Technical Papers CLEO PhAST 2005 Crump 4 NLight 2 : >73% CW Wall-Plug Efficiency at High Powers from 0.94 μm and 0.98 μm Emitting Laser Diodes (PDF)
PW05 Crump 5711-3 Photonics05 - >360 W and >70% Efficient GaAs-Based Diode Lasers, SPIE Photonics West 2005 - Technical Papers PW05 Crump 5711-3 Photonics05 : >360 W and >70% Efficient GaAs-Based Diode Lasers, SPIE Photonics West 2005 (PDF)

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