1064nm laser

1064nm Laser


1064nm-Laser -DPSSL CRYLINK

CRYLINK 1064nm laser includes 1064nm Narrow linewidth laser system, 1064nm Active Q-switched sub nanosecond laser, 1064nm Passive Q-switched Sub nanosecond Laser, 1064nm Single frequency solid state laser, 1064nm Single mode narrow linewidth laser, 1064nm Microchip Laser. 1064nm Narrow linewidth laser systems are mainly used in Fluorescence Spectrometer. 1064nm Active Q-switched sub nanosecond lasers are mainly used in Doppler wind measurement,Underwater imaging,Point cloud imaging radar,Laser for aerosol radar,Laser remote sensing. 1064nm Passive Q-switched Sub nanosecond Laser is mainly used in Terahertz generation. 1064nm Microchip Lasers are mainly used inLaser micromachining,Time-resolved Raman spectroscopy,Ultrasound imaging,Laser induced breakdown spectroscopy,Micromachining, etc. 1064nm Single mode narrow linewidth lasers are mainly used in Raman spectroscopy,Laser particle size analyzer.

Microchip Laser System

1064nm Microchip Laser System of MA Series

MA series microchip laser is a passively Q-switched solid-state laser based on semiconductor pump. The laser pulse is pure without tail, the single pulse energy is stable, and the beam quality is good. The integrated design of semiconductor pump module and laser crystal makes the compact laser head easy to install and integrate. The system supports internal and external triggering. This series of products include four wavelengths of 1064nm, 532nm, 355nm and 266nm. The full sealing module inside the laser head can be used by customers for secondary development and application.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width 
CL1064-100Hz-180μJ-MA020 0.1kHz 18mW 180uJ 2ns
CL1064-1KHz-120μJ-MA021 1kHz 120mW 120uJ 2ns
CL1064-2.5KHz-120μJ-MA022 2.5kHz 300mW 120uJ 2ns
CL1064-1KHz-200μJ-MA023 1kHz 200mW 200uJ 2.5ns
CL1064-2.5KHz-180μJ-MA024 2.5kHz 450mW 180uJ 2.5ns
CL1064-5KHz-50μJ-MA025 5kHz 250mW 50uJ 1.5ns
CL1064-10KHz-35μJ-MA026 10kHz 350mW 35uJ 1.5ns
CL1064-20KHz-30μJ-MA027 20kHz 600mW 30uJ 1.5ns

Feature

  • Pulse energy up to 200 μJ
  • External pump source fiber pump pulse energy can reach 1.2mJ
  • Repetition frequency up to 20kHz
  • Beam mode is TEM00
  • Fully sealed design, high reliability

Application

  • Lidar                     
  • Optical Parametric Oscillating Pump Source
  • Laser Ranging             
  • Laser induced breakdown spectroscopy
  • Atmospheric monitoring     
  • Laser ultrasonic inspection
  • Optical metrology         
  • Biomedical Science
  • Laser ionization mass spectrometry
  • Laser-induced fluorescence
  • 3D scanning and imaging

1064nm Microchip Laser System of MB Series

MB series microchip laser products have very ideal narrow pulse width, but also can achieve high single pulse energy. The product is a passive Q-switched solid-state laser based on semiconductor pump. The laser pulse is pure and tailless, the single pulse energy is stable, and the beam quality is good. The integrated design of semiconductor pump module and laser crystal makes the compact laser head easy to install and integrate. The system supports internal and external triggering. This series of products include four wavelengths of 1064nm, 532nm, 355nm and 266nm. The full sealing module inside the laser head can be used by customers for secondary development and application. The superior product performance index makes its application range very wide, especially in laser measurement, which can meet many different kinds of measurement needs, and also has excellent performance in the application of laser seeds.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width 
CL1064-100Hz-180μJ-MB004 0.1kHz 18mW 180uJ 500ps

Feature

  • Pulse energy up to 170μJ
  • External pump source fiber pump pulse
  • Charge energy up to 360μJ
  • Maximum repetition frequency up to 1kHz
  • Beam mode is TEM00
  • Fully sealed design, high reliability

Application

  • Seed source
  • Micromachining
  • Biomedical Science
  • Laser ultrasonic inspection
  • Laser ionization mass spectrometry
  • Non-linear optical measurement
  • Laser-induced fluorescence
  • Laser induced breakdown spectroscopy

1064nm Microchip Laser System of MC Series

MC series microchip laser products have very ideal narrow pulse width, but also can achieve high single pulse energy. The product is a passive Q-switched solid-state laser based on semiconductor pump. The laser pulse is pure and tailless, the single pulse energy is stable, and the beam quality is good. The integrated design of semiconductor pump module and laser crystal makes the compact laser head easy to install and integrate. The system supports internal and external triggering. This series of products include four wavelengths of 1064nm, 532nm, 355nm and 266nm. The full sealing module inside the laser head can be used by customers for secondary development and application. The superior product performance index makes its application range very wide, especially in laser measurement, which can meet many different kinds of measurement needs, and also has excellent performance in the application of laser seeds. We can also provide 1064nm and 532nm isolators.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width 
CL1064-1KHz-120μJ-MC018 1kHz 120mW 120uJ 650ps
CL1064-1KHz-80μJ-MC019 1kHz 80mW 80uJ 750ps
CL1064-5KHz-70μJ-MC020 5kHz 350mW 70uJ 750ps
CL1064-10KHz-30μJ-MC021 10kHz 300mW 30uJ 750ps

Feature

  • Pulse energy up to 80 μJ
  • External pump source fiber pump pulse energy can reach 500μJ
  • Repetition frequency up to 10kHz
  • Beam mode is TEM00
  • Fully sealed design, high reliability

Application

  • Seed source
  • Micromachining
  • Laser ionization mass spectrometry
  • Laser ultrasonic inspection
  • Optical Parametric Oscillating Pump Source
  • Biomedical Science
  • Laser-induced fluorescence
  • Laser induced breakdown spectroscopy

1064nm Microchip Laser System of MD Series

MD series microchip laser is a passively Q-switched solid-state laser based on semiconductor pump. The laser pulse is pure and tailless, the single pulse energy is stable, and the beam quality is good. The integrated design of semiconductor pump module and laser crystal makes the compact laser head easy to install and integrate. The system supports internal and external triggering. This series of products include four wavelengths of 1064nm, 532nm, 355nm and 266nm. The full sealing module inside the laser head can be used by customers for secondary development and application. This series of lasers have great advantages in seed light, laser micromachining, laser measurement and other applications. We also provide 1064nm and 532nm isolators.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width 
CL1064-100Hz-150μJ-MD007 0.1kHz 15mW 150uJ 300ps
CL1064-1KHz-50μJ-MD008 1kHz 50mW 50uJ 300ps

Feature

  • Pulse energy up to 150 μJ
  • External pump source fiber pump pulse energy can reach 360μJ
  • Maximum repetition frequency up to 1kHz
  • Beam mode is TEM00
  • Fully sealed design, high reliability

Application

  • Seed source
  • Laser micromachining
  • Non-linear optical measurement
  • Laser-induced fluorescence
  • Laser ionization mass spectrometry
  • Fluorescence lifetime measurement

1064nm Microchip Laser System of MG Series

MG series high repetition rate microchip laser series is a semiconductor-pumped passive Q-switched solid-state laser with stable energy, narrow pulse width, good beam quality, and single longitudinal mode operation. This series of laser adopts hermetically sealed design, small size, easy installation and integration, and is widely used in the laser micromachining and analysis instrument industry. Our company can provide users with isolators and power amplification solutions that match the wavelength.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width 
CL1064-10KHz-2.5μJ-MG006 10kHz 25mW 2.5uJ 500ps
CL1064-50KHz-2μJ-MG007 50kHz 100mW 2uJ 500ps
CL1064-50KHz-5μJ-MG008 50kHz 250mW 5uJ 500ps
CL1064-100KHz-1μJ-MG009 100kHz 100mW 1uJ 500ps
CL1064-100KHz-3μJ-MG010 100kHz 300mW 3uJ 500ps

Feature

  • Maximum repetition frequency up to 100KHz
  • Pulse energy up to 2.5µJ
  • Single longitudinal mode
  • Beam mode is TEM00

Application

  • Laser processing
  • Seed source
  • Analytical Instruments
  • Biological photomolecule

1064nm Microchip Laser System of MH Series

MH series high repetition rate microchip laser series can achieve high repetition rate while the pulse width is less than 300ps. The product is a passively Q-switched solid-state laser based on semiconductor pump, with stable energy, good beam quality and single longitudinal mode operation. The laser is designed with full seal, small size, convenient for user installation and integration. The system supports internal and external triggering and can be used for secondary development.


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Model and Parameter

Model Repetition Frequency  Average Power  Output Energy  Pulse Width  
CL1064-5KHz-10μJ-MH011 5kHz 50mW 10uJ 300ps
CL1064-10KHz-8μJ-MH012 10kHz 80mW 8uJ 300ps
CL1064-20KHz-5μJ-MH013 20kHz 100mW 5uJ 300ps
CL1064-50KHz-2μJ-MH014 50kHz 100mW 2uJ 300ps

Feature

  • Pulse energy up to 32µJ
  • Maximum repetition frequency up to 20KHz
  • Beam mode is TEM00

Application

  • Laser micromachining
  • Seed source
  • Ultrasound imaging
  • analytical chemistry
  • Time-resolved Raman spectroscopy
  • Biophotonics

Narrow Linewidth Laser

1064nm Narrow Linewidth Laser System

Narrow linewidth laser system is our special product. This series of products are compact in structure, portable and convenient. The core technologies such as short cavity method, VBG wavelength locking, directional optical feedback, built-in semiconductor refrigeration, etc. are used to realize narrow linewidth, stable power and stable spectral output of laser.


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Model and Parameter

Model   CL1064-MIF(S)-500mW-NLM014 CL1064-MIF(FP)-500mW-NLM015
Optical Parameter Central Wavelength (nm) 1064 1064
Output Power (mW) 500 500
Wavelength Tolerance (nm) ±0.5 ±0.5
Line Width (nm) <0.1 <0.1
Wavelength Stability ±0.005nm @8H Typ. ±0.005nm @8H Typ.
Power Stability ±1.5% @8H Typ. ±1.5% @8H Typ.
Side Mode Rejection Ratio (dB) 40 40
System Parameter Power Adjustment Range 0~100% 0~100%
Preheat Time (min) 15 15
Modulation Input 1kHz TTLOr Analog signal0-5V 1kHz TTLOr Analog signal0-5V
Control Interface USB,BNC USB,BNC
Fiber Interface SMA905 FC/PC
Adaptive Optical Fiber 105un,0.22NA 105un,0.22NA
Power Input 100V-240V 50/60Hz 100V-240V 50/60Hz
System Power Consumption (W) <7 <7
Storage Temperature (℃) -10~60 -10~60
Storage Humidity 0~80% 0~80%
Operating Temperature (℃) 10~35 10~35
System Weight (Kg) 2.5 2.5
System Size (mm) 150ⅹ102ⅹ200 150ⅹ102ⅹ200

Feature

  • Line width <0.1nm
  • Frequency stability better than ±0.005nm@8H
  • Side mode rejection ratio is better than 40dB (60dB optional)
  • Portable operation, temperature drift <0.007nm / ℃, VBG wave lock
  • Built-in TEC, power stability is better than ± 1.5%
  • Including host computer control, emergency stop switch, short circuit protection and other functions

Application

  • Raman spectroscopy
  • Fluorescence spectrum detection
  • Holographic detection
  • Up-conversion material

1064nm Single Mode Narrow Linewidth Laser

Single mode narrow linewidth laser module is a special product of our company. It is equipped with standard I / O interface, which can be easily embedded into the user’s whole system and realize very stable single mode narrow linewidth laser output. The product has built-in optimized optical feedback power stabilization module and Tec refrigeration module, which makes the product have good spectral characteristics and power stability characteristics. Customized and secondary development services can be provided according to customer requirements.


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Model and Parameter

Model   CL1064-SIF(FA)-120mW-NLS003
Optical Parameter Central Wavelength (nm) 1064
Output Power (mW) 120
Wavelength Tolerance (nm) ±0.5
Line Width (nm) <0.1
Wavelength Stability ±0.005nm @8H
Power Stability ±1.0% @8H
Side Mode Rejection Ratio (dB) >40
System Parameter Power Adjustment Range 0~100%
Preheat Time (min) 15
Control Interface PH2.0-10P,USB
Fiber Interface FC/APC
Adaptive Optical Fiber 6µm,0.14NA
Power Input 4.9V-5.1V @2A
System Power Consumption (W) <4 
Storage Humidity 0~80%RH
Storage Temperature (℃) 0~70
Operating Temperature (℃) 10~35
System Weight (g) <150
System  Size (mm) 76.2ⅹ63.5ⅹ22

Feature

  • Wavelength stability ± 0.005nm / ℃
  • High power single mode fiber coupled output
  • USB settings
  • Low power consumption, typical power consumption <4W

Application

  • Confocal microscope
  • Raman spectrometer
  • Fluorescence Spectrometer
  • Up-conversion material
  • Laser particle size analyzer

1064nm Multimode Narrow Linewidth Laser

The narrow linewidth laser module is a special product of our company. It is equipped with standard input and output interfaces, which can be easily embedded into the user’s whole system to achieve very stable narrow linewidth laser output. The product has built-in optimized optical feedback power stabilization module and Tec refrigeration module, which makes the product have good spectral characteristics and power stability characteristics. Customized and secondary development services can be provided according to customer requirements.


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Model and Parameter

Model   CL1064-MIW-500mW-NLO009 CL1064-MIF(FP)-500mW-NLO010
Optical Parameter Central Wavelength (nm) 1064 1064
Output Power (mW) 500 500
Wavelength Tolerance (nm) ±0.5 ±0.5
Line Width (nm) <0.1 <0.1
Wavelength Stability ±0.007nm @8H ±0.007nm @8H
Power Stability ±0.1% @8H ±0.1% @8H
Side Mode Rejection Ratio (dB) 40 40
System Parameter Power Adjustment Range 0~100% 0~100%
Preheat Time (Min) 15min  15min 
Control Interface PH2.0-10P,USB PH2.0-10P,USB
Fiber Interface Space light FC/PC
Adaptive Optical Fiber 105um,0.22NA 105um,0.22NA
Power Input 4.9V-5.1V @2A 4.9V-5.1V @2A
System Power Consumption (W) <5  <5 W
Storage Temperature (℃) 0~55 0~55
Storage Humidity (RH) 0~80%RH 0~80%RH
Operating Temperature (℃) 10~35(Need to install a radiator)
System Weight (g) <150 <150
System Size (mm) 76.2ⅹ63.5ⅹ22 76.2ⅹ63.5ⅹ22

Feature

  • Wavelength stability ± 0.007nm / ℃
  • Power stability <± 1.0%
  • Low power consumption, typical advantages <5W
  • Small size, 76.2 × 63.5 × 22mm
  • Optional USB control interface, hardware lock

Application

  • Confocal microscope
  • Raman spectrometer
  • Fluorescence Spectrometer
  • Up-conversion material
  • Laser particle size analyzer

1064 / 785nm Dual Wavelength And Narrow Linewidth System

The special dual wavelength narrow linewidth laser system of our company in the top view can provide two kinds of wavelength narrow linewidth fiber coupling output. The laser adopts the core technologies such as wavelength locking of body Bragg grating (VBG), directional optical feedback and built-in semiconductor refrigeration module to realize the narrow linewidth, stable power and stable spectral output of the system.


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Model and Parameter

Model   L785/1064-MIF(FP)-500/500mW-NLDM003
Optical Parameter Central Wavelength (nm) 785/1064
Output Power (mW) > 500 (each wavelength)
Wavelength Tolerance (nm) ± 0.5
Line Width (nm) <0.1
Wavelength Stability ± 0.005nm @ 8H Typ
Power Stability ±1.0%@8H
Side Mode Rejection Ratio (dB) 40
System Parameter Power Adjustment Range 0~100%
Preheat Time (Min) 15
Modulation Input 1KHz TTL or Analog signal0-5V
Control Interface USB, BNC
Fiber Interface FC/PC
Adapted Fiber 105µm,0.22NA
Power Input 100-240VAC,50/60Hz
System Power Consumption (W) <7
Storage Humidity (RH) 0~80%
Storage Temperature (℃) 0~60
Operating Temperature (℃) 10~35
System Weight (Kg) 2.5
System Size (mm) 150ⅹ102ⅹ200

Feature

  • Both wavelengths can achieve line width <0.1nm
  • Frequency stability better than ±0.005nm@8H
  • Constant two-wavelength frequency interval, supporting differential calculation methods
  • Temperature drift <0.007nm / ℃, VBG wave lock
  • Built-in TEC, power stability is better than ± 1.5%
  • Including host computer control, emergency stop switch, short circuit protection and other functions

Application

  • Confocal microscopy
  • Raman spectroscopy
  • Super-resolution microscopy
  • Biological detection

1064nm Narrow Linewidth Semiconductor Laser


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Model and Parameter

Model   CL1064-0.5-600mW-NSL(PD)005
Optical Parameter Continuous Output Power (mW) 600
Center Wavelength (nm) 1064±0.5
Spectral Width (nm) ≤0.1
Characteristics of Wavelength With Temperature (nm/℃) 0.02
Characteristics of Wavelength With Current (nm/A) 0.05
Electrical Parameter Threshold Current (A) 0.19
Operating Current (A) 1.18
Operating Voltage (V) 1.8
Differential Efficiency (W/A) 0.6
PD Current (µA) 200-2000
Thermistor Parameters (kΩ/β(25℃)) 10±5%/3450
TEC Maximum Current (A) 2.2
TEC Maximum Voltage (V) 8.7
Optical Fiber Parameter Fiber Diameter (µm) 105
Numerical Aperture 0.22
Connector SMA905
Other Parameter Operating Temperature (℃) 10-30
Operating Relative Humidity (%) 75
Storage Temperature (℃) -20~70
Storage Relative Humidity (%) 90
Pin Soldering Temperature,Max (℃) 250(10 Sec.)

Feature

  • Line width <0.1nm
  • Temperature drift <0.007nm/℃, VBG wave lock
  • Built-in TEC

Application

  • Raman spectrometer
  • Laser particle size analyzer
  • Medical applications
  • Up-conversion material

Single Frequency Laser

The single frequency series laser includes single frequency continuous seed source, single frequency continuous amplification + frequency multiplier, single frequency high energy solid-state laser. Based on the non planar ring cavity technology, resonance detection technology, external cavity resonance frequency doubling technology and other engineering technology, the full parameter multi band laser product coverage from narrow linewidth seed source, excitation amplification to nonlinear frequency conversion is realized. By means of advanced engineering design means, the reliability and stability of products are effectively guaranteed in the light mechanical thermal integration analysis, automatic electronic control system development, etc. This series of products are widely used in lidar systems such as Doppler lidar, laser debris observation, laser remote sensing, etc., with the following technical advantages,

  • Hyperspectral characteristics to meet the spectrum fine analysis
  • High quality seed light injection, excellent power amplification
  • Resonance detection technology ensures the single frequency characteristics of each pulse
  • Frequency locking and stabilizing technology

The design of nonplanar ring cavity is adopted. The spectral linewidth is less than 5 kHz, and the output power is more than 100 MW. It can support the spatial optical output and the optical fiber coupling output.

1064nm Single Frequency Pulsed Solid State Laser

Model and Parameter

Model Energy @1064nm (mJ) Energy Stability Pulse Width (ns) Repeat Frequency (Hz)
CL1064-100mJ-SSL009 100 <2% <10 1-200
CL1064-300mJ-SSL010 300 <2.5% <10 1-200
CL1064-500mJ-SSL011 500 <3% <10 1-200
CL1064-800mJ-SSL012 800 <3% <10 1-200
CL1064-300mJ-SLL009 300 <2% <10 1-20
CL1064-500mJ-SLL010 500 <2.5% <10 1-20
CL1064-800mJ-SLL011 800 <3% <10 1-20
CL1064-1000mJ-SLL012 1000 <3% <10 1-20

Feature

  • Single-mode output, good beam quality
  • Light pump output, high cost performance
  • Reliable structure, permanent fixing technology
  • Highly integrated system, easy to operate

Application

It is widely used in satellite laser ranging, Doppler wind measurement, underwater imaging, laser fine drilling, laser shock strengthening, nonlinear frequency conversion and other fields.


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1064nm Single Frequency Continuous Laser 

Model and Parameter

Model   CL1064-50mW-SCSL001 CL1064-100mW-SCSL002
Optical
Parameter
Central Wavelength (nm) 1064.4 1064.4
Output Power (mW) >50 >100
Energy Stability <1.5%@2h <1.5%@2h
Frequency Stability (MHz@1min) <3 <3
Line Width (KHz) <5 <5
Beam Quality M2 <1.2 <1.2
Function
Parameter
Output Method Fiber-Coupled Output Spatial output
Temperature Tuning Range (℃) ±2 ±2
Temperature Tuning Rate (GHz/℃) 3-4 3-4
PZT Tuning Range (MHz) ±100 ±100
PZT Tuning Rate (MHz/V) 1.4 1.4
PZT Tuning Line Width (KHz) 100 100
Temperature / PZT Tuning Interface SMA,50Ω SMA,50Ω
Control Interface DB9,RS232 DB9,RS232
Powered By 24VDC 24VDC
Output Power (W) <50 <50
Environmental
Requirements
Operating Temperature (℃) 15-35 15-35
Storage Temperature (℃) -10-50 -10-50
Humidity 0-80% 0-80%
Weight and Size Laser Head Weight (g) Customizing 200
Power Weight (Kg) 1.5 1.5
Laser Head Size (mm) Customizing 500*67*34.5
Power Size (mm) 248.4*209*84.5 248.4*209*84.5

Feature

  • Narrow line width
  • High stability
  • Tunable
  • Compact structure, ideal for OEM applications

Application

  • Widely used in the fields of laser seed source, coherent lidar, ranging, remote sensing, laser spectroscopy, optical measurement and coherent optical communication.


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Q-Switched Laser

This series of products include active Q-switching and passive Q-switching microchip two technical solutions to generate sub nanosecond optical pulses, output sub nanosecond laser pulses while maintaining excellent beam quality. For the active Q-switched technology, the jitter of the output optical signal and the trigger signal is less than 1 ns, and for the passive Q-switched microchip laser, the jitter of the output signal and the external trigger signal is less than 10 μ s. The laser can be used alone or as seed source of laser amplifier. At the same time, the laser amplifier of our company can be used to amplify the energy to tens of MJ. At the same time, the wavelength can be extended to 532nm, 355nm, 266nm, etc. The product has the advantages of good beam quality, high peak power, reliable performance, compact structure, simple operation and maintenance. Combined with excellent production technology, this series of products can meet the requirements of airborne, vehicle mounted, high and low temperature and other harsh environments.

Main features of this series of lasers:Sub-nanosecond, high peak power;High beam quality;High stability and compact structure;Strong environmental adaptability, working at -20 ~ 60 ℃;1064nm, 532nm, 355nm wavelength optional;Typical application;Lidar;Laser micromachining;Nonlinear spectroscopy;Terahertz generation.

1064nm Active Q-Switched Sub Nanosecond Laser


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Feature

  • Active Q
  • Narrow pulse width and high peak power
  • High stability and compact structure
  • High beam quality

Application

  • Widely used in laser radar, point cloud imaging radar, ranging, laser remote sensing, photoelectric detection, laser fine processing and other fields.

Model and Parameter

Model   CL1064-6mJ-AQNL004 CL1064-10mJ-AQNL005 CL1064-20mJ-AQNL006
Optical
Parameter
Energy @1064nm (mJ) 6 10 20
Energy Stability <3% <3% <3%
Repeat Frequency (KHz) 1~10 1~5 1~5
Pulse Width (ns) <1.5 <1.5 <1.5
Beam Quality M2 <2 <2 <2.5
Divergence (full angle) (mrad) <1 <1 <1
Spot diameter(1/e2)(mm) ~2 ~2 ~4
Function
Parameter
Control Interface DB9,RS422 DB9,RS422 DB9,RS422
Cooling Method Water cooling Water cooling Water cooling
Powered By 220VAC/50Hz 220VAC/50Hz 220VAC/50Hz
Environmental
Requirement
Operating Temperature (℃) 15-35 15-35 15-35
Storage Temperature (℃) -15-50 -15-50 -15-50
Humidity 0-80% 0-80% 0-80%

1064nm Passive Q-Switched Sub Nanosecond Laser


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Model and Parameter

Model   CL1064-120μJ-PQNL007 CL1064-240μJ-PQNL008 CL1064-400μJ-PQNL009
Optical
Parameter
Energy @1064nm (uJ) >120 >240 >400
Energy Stability <3% <3% <3%
Repeat Frequency (Hz) 1~500 1~100 1~100
Pulse Width (ns) <1.5 <1.5 <1.5
Function
Parameter
Control Interface DB9,RS422 DB9,RS422 DB9,RS422
Cooling Method Air-cooled Air-cooled Air-cooled
Powered By 220VAC/50Hz 220VAC/50Hz 220VAC/50Hz
Output Power (W) <50 <80 <100
Environmental
Requirements
Operating Temperature (℃) 15-40 15-40 15-40
Storage Temperature (℃) -5-60 -5-60 -5-60
Humidity 0-80% 0-80% 0-80%
Weight and Size Laser Weight (Kg) <10 <12 <15
Laser Size (mm) 441*117*96 480*120*96 520*120*96

Feature

  • Structural design of passive Q-switched microchip
  • Narrow pulse width, high peak power
  • High stability and compact structure
  • Integrated photodetector

Application

Widely used in laser radar, point cloud imaging radar, ranging, laser remote sensing, photoelectric detection, laser fine processing and other fields.

1064nm Semiconductor Laser Module

Model and Parameter

Model   CL1064-3-6W-SML039
Optical Parameter Continuous Output Power (W) 6
Center Wavelength (nm) 1064±3
Spectral Width (nm) <6
Characteristics of Wavelength With Temperature (nm/℃) 0.3
Indication Light Output Power (mW) 2
Wavelength (nm) 650±10
Voltage (V) 2.2,5.0
Electrical Parameter Threshold Current (A) 0.33
Operating Current (A) 3.2
Operating Voltage (V) 5.7
Differential Efficiency (W/A) 2
PD Current (µA) <3000
Thermistor Parameters (kΩ/β(25℃)) 10±5%/3450
Optical Fiber Fiber Diameter (um) 200
Connector SMA905
Other Parameter Operating Temperature (℃) 10-30
Operating Relative Humidity (%) 75
Storage Temperature (℃) -20~70
Storage Relative Humidity (%) 90
Pin Soldering Temperature,Max (℃) 250(10 Sec.)

Feature

  • Output power:6W
  • Wavelength:1064±6nm
  • Fiber core diameter:200 µm
  • Numerical aperture:0.22NA
  • Indicator light: 650nm

Application

  • Medical application
  • Material processing


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