Fiber-coupled &
collimated laser diode devices & systems



Featuring:

Custom Wavelength
High Power
High Brightness
Detachable Fiber
Superior beam quality
High quality optics for focusing, collimation



Get the perfect pump source for high power fiber lasers:


1kW collimated or fiber-coupled pump source
for kilowatt level fiber laser systems

Active Cooled Laser Diode Bars and Stacks

Active Micro-Channel Water Cooled Single Bar Diode Laser
MaCC SERIES
(QCW)
- HARD SOLDER -
Power Output
150 - 250 W (QCW)
Wavelength
808 - 940 nm
Active Micro-Channel Water Cooled Single Bar Diode Laser
MCC SERIES
(CW/QCW)
Power Output
60 - 120 W (CW)
150 - 250 W (QCW)
Wavelength
808-980 nm
Active Micro-Channel Water Cooled Single Bar Diode Laser
HA SERIES
(CW/QCW)
Power Output
60 - 120 W (CW)
150 - 250 W (QCW)
Wavelength
808 - 980 nm
Active Micro-Channel Water Cooled Single Bar Diode Laser
VS SERIES
(CW/QCW)
Power Output
60 - 120 W (CW)
150 - 250 W (QCW)
Wavelength
808 - 980 nm
Active Micro-Channel Water Cooled Single Bar Diode Laser
HVS SERIES
(QCW)
- HARD SOLDER -
- VERTICAL STACK -
Power Output
150 - 250 W (QCW)
Wavelength
808 - 976 nm

Specifications

808 nm / 940 nm

  MaCC02
-150-808(Q)
MaCC02
-200-808(Q)
MaCC02
-250-808(Q)
MaCC02
-200-940(Q)
 
Optical3,7
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 940 ±3 nm
Output Power per Bar, Po/Bar2 150 W 200 W 250 W 200 W
Fill Factor 83% 80% 75%
Number of Emitters 75 40 62
Emitter Width 100 µm 200 µm 100 µm
Spectral Width FWHM ≤6 nm ≤4nm ≤6 nm
Spectral Width FW90%E ≤8 nm ≤6 nm ≤8 nm
Fast Axis Divergence (FWHM)4,6 35°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.28 nm/°C ~0.34 nm/°C
Electrical3,7
Operating Current, Iop ≤170 A ≤190 A ≤250 A
Threshold Current, Ith ≤15 A ≤25 A ≤32 A ≤18 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1 W/A ≥1.1 W/A ≥1.15 W/A ≥1.05 W/A
Power Conversion Efficiency ≥42% ≥50% ≥52% ≥50%
Pulse Width ≤0.3 ms ≤1.2 ms
Duty Cycle ≤10%
Thermal Parameters
Operating Temperature 15-25 °C
Storage Temperature5 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.5-0.7 L/min
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 A non-condensing environment is required for storage and operation below ambient dew point.
6 For smile requirements, please contact us.
7 If there are any other requirements, please contact us.

Specifications

808nm 808 nm
915nm, 940nm 915 nm / 940 nm
976nm, 980nm 976 nm / 980 nm


808 nm TOP

  MCC02
-60-808
MCC02
-60-808
MCC02
-60-808
MCC02
-80-808
MCC02
-100-808
MCC02
-100-808
Optical3,8
Center Wavelength 808 ±3 nm
Output Power per Bar, Po/Bar2 60 W 80 W 100 W
Fill Factor 20% 30% 50%
Number of Emitters 19 19 47 47 25 47
Emitter Width 100 µm 150 µm 100 µm 100 µm 200 µm 100 µm
Spectral Width FWHM ≤3 nm
Spectral Width FW90%E ≤6 nm
Fast Axis Divergence (FWHM)4,7 35°
Slow Axis Divergence (FWHM)5
Polarization Mode TE TE/TM TE
Wavelength Temp. Coefficient ~0.28 nm/°C
Electrical3,8
Operating Current, Iop ≤65 A ≤70 A ≤88 A ≤112 A ≤110 A
Threshold Current, Ith ≤10 A ≤11 A ≤18 A ≤22 A ≤26 A ≤21 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1.1 W/A ≥1.15 W/A ≥1.1 W/A
Power Conversion Efficiency ≥50% ≥50% ≥48% ≥50% ≥46% ≥50%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature6 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm


915 nm / 940 nm TOP

  MCC02
-80-915
MCC02
-80-940
MCC02
-120-940
 
Optical3,8
Center Wavelength 915 ±3 nm 940 ±3 nm 940 ±10 nm
Output Power per Bar, Po/Bar2 80 W 120 W
Fill Factor 20% 50%
Number of Emitters 19 25
Emitter Width 100 µm 200 µm
Spectral Width FWHM ≤4 nm
Spectral Width FW90%E ≤7 nm ≤6 nm
Fast Axis Divergence (FWHM)4,7 35°
Slow Axis Divergence (FWHM)5
Polarization Mode TE
Wavelength Temp. Coefficient ~0.31 nm/°C ~0.32 nm/°C
Electrical3,8
Operating Current, Iop ≤80 A ≤82 A ≤120 A
Threshold Current, Ith ≤8 A ≤7.5 A ≤20 A
Operating Voltage, Vop ≤2 V ≤1.8 V
Slope Efficiency ≥1.1 W/A
Power Conversion Efficiency ≥55% ≥52%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature6 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm


976 nm / 980 nm TOP

  MCC02
-80-976
MCC02
-80-976
MCC02
-120-980
 
Optical3,8
Center Wavelength 976 ±3 nm 980 ±10 nm
Output Power per Bar, Po/Bar2 80 W 120 W
Fill Factor 20% 30% 50%
Number of Emitters 19 25
Emitter Width 100 µm 150 µm 200 µm
Spectral Width FWHM ≤4 nm
Spectral Width FW90%E ≤7 nm ≤6 nm
Fast Axis Divergence (FWHM)4,7 35°
Slow Axis Divergence (FWHM)5
Polarization Mode TE
Wavelength Temp. Coefficient ~0.34 nm/°C ~0.32 nm/°C
Electrical3,8
Operating Current, Iop ≤80 A ≤84 A ≤120 A
Threshold Current, Ith ≤7 A ≤9 A ≤20 A
Operating Voltage, Vop ≤2 V ≤1.8 V
Slope Efficiency ≥1.0 W/A ≥1.05 W/A ≥1.1 W/A
Power Conversion Efficiency ≥55% ≥52%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature6 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 Slow axis collimation is available for bars with fill factor ≤30%.
6 A non-condensing environment is required for storage and operation below ambient dew point.
7 For smile requirements, please contact us.
8 If there are any other requirements, please contact us.

Specifications

808 nm / 940 nm
  MCC02
-150-808(Q)
MCC02
-200-808(Q)
MCC02
-250-808(Q)
MCC02
-200-940(Q)
 
Optical3,7
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 940 ±3 nm
Output Power per Bar, Po/Bar2 150 W 200 W 250 W 200 W
Fill Factor 83% 80% 75%
Number of Emitters 75 40 62
Emitter Width 100 µm 200 µm 100 µm 100 µm
Spectral Width FWHM ≤4 nm ≤3.5 nm ≤6 nm
Spectral Width FW90%E ≤6 nm ≤7 nm ≤8 nm
Fast Axis Divergence (FWHM)4,6 40°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.28 nm/°C ~0.32 nm/°C
Electrical3,7
Operating Current, Iop ≤160 A ≤190 A ≤250 A ≤200 A
Threshold Current, Ith ≤15 A ≤26 A ≤18 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1 W/A ≥1.1 W/A ≥1.15 W/A ≥1.1 W/A
Power Conversion Efficiency ≥45% ≥50%
Pulse Width ≤0.3 ms
Duty Cycle ≤20%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature5 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ/cm
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 A non-condensing environment is required for storage and operation below ambient dew point.
6 For smile requirements, please contact us.
7 If there are any other requirements, please contact us.

Specifications

808nm 808 nm
915nm, 940nm, 976nm, 980nm 915 nm / 940 nm / 976 nm / 980 nm


808 nm TOP

  HAxx-Y
-60-8081
HAxx-Y
-60-8081
HAxx-Y
-80-8081
HAxx-Y
-100-8081
HAxx-Y
-100-8081
 
Optical3,5
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 808 ±3 nm 808 ±3 nm
Output Power per Bar, Po/Bar2 60 W 80 W 100 W
Number of Bars 2-25
Fill Factor 30% 50%
Number of Emitters 19 47 47 25 47
Emitter Width 150 µm 100 µm 100 µm 200 µm 100 µm
Spectral Width FWHM ≤3 nm
Spectral Width FW90%E ≤6 nm
Fast Axis Divergence (FWHM) 35°
Slow Axis Divergence (FWHM)
Polarization Mode TE/TM TE
Wavelength Temp. Coefficient ~0.28 nm/°C
Electrical3,5
Operating Current, Iop ≤70 A ≤88 A ≤110 A
Threshold Current, Ith ≤11 A ≤18 A ≤22 A ≤25 A ≤21 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1.1 W/A
Power Conversion Efficiency ≥50% ≥48% ≥50%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature4 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min


915 nm / 940 nm / 976 nm / 980 nm TOP

  HAxx-Y
-80-9151
HAxx-Y
-80-9401
HAxx-Y
-120-9401
HAxx-Y
-80-9761
HAxx-Y
-120-9801
 
Optical3,5
Center Wavelength 915 ±3 nm 940 ±3 nm 940 ±10 nm 976 ±3 nm 980 ±10 nm
Output Power per Bar, Po/Bar2 80 W 80 W 120 W 80 W 120 W
Number of Bars 2-25
Fill Factor 20% 50% 30% 50%
Number of Emitters 19 19 25 19 25
Emitter Width 100 µm 200 µm 150 µm 200 µm
Spectral Width FWHM ≤4 nm
Spectral Width FW90%E ≤7 nm ≤7 nm ≤6 nm ≤7 nm ≤6 nm
Fast Axis Divergence (FWHM) 35°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.31 nm/°C ~0.32 nm/°C ~0.32 nm/°C ~0.34 nm/°C ~0.32 nm/°C
Electrical3,5
Operating Current, Iop ≤80 A ≤82 A ≤120 A ≤84 A ≤120 A
Threshold Current, Ith ≤8 A ≤7.5 A ≤20 A ≤9 A ≤20 A
Operating Voltage, Vop ≤2 V ≤2 V ≤1.8 V ≤2 V ≤1.8 V
Slope Efficiency ≥1.1 W/A ≥1.05 W/A ≥1.1 W/A
Power Conversion Efficiency ≥55% ≥55% ≥52% ≥55% ≥52%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature4 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
1 Model Name Breakdown - HAxx-Y-150-808: xx = Structure Code (04), Y = Number of bars, 150 = Output Power (W), 808 = Center Wavelength (nm).
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 A non-condensing environment is required for storage and operation below ambient dew point.
5 If there are any other requirements, please contact us.

Specifications

808 nm / 940 nm

  HAxx-Y
-150-808(Q)1
HAxx-Y
-200-808(Q)1
HAxx-Y
-250-808(Q)1
HAxx-Y
-200-940(Q)1
 
Optical3,5
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 940 ±3 nm
Output Power per Bar, Po/Bar 2 150 W 200 W 250 W 200 W
Number of Bars 2-25
Fill Factor 83% 80% 75%
Number of Emitters 75 40 62
Emitter Width 100 µm 200 µm 100 µm 100 µm
Spectral Width FWHM ≤4 nm ≤3 nm ≤3.5 nm ≤6 nm
Spectral Width FW90%E ≤7 nm ≤6 nm ≤7 nm ≤8 nm
Fast Axis Divergence (FWHM) 40°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.28 nm/°C ~0.32 nm/°C
Electrical3,5
Operating Current, Iop ≤160 A ≤190 A ≤250 A ≤200 A
Threshold Current, Ith ≤15 A ≤26 A ≤18 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1 W/A ≥1.1 W/A ≥1.15 W/A ≥1.1 W/A
Power Conversion Efficiency ≥45% ≥50%
Pulse Width ≤0.3 ms
Duty Cycle ≤20%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature4 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
1 Model Name Breakdown - HAxx-Y-150-808(Q): xx = Structure Code (04), Y = Number of bars, 150 = Output Power (W), 808 = Center Wavelength (nm), (Q) = QCW Mode.
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 A non-condensing environment is required for storage and operation below ambient dew point.
5 If there are any other requirements, please contact us.

Specifications

808nm 808 nm
915nm, 940nm, 976nm, 980nm 915 nm / 940 nm / 976 nm / 980 nm


808 nm TOP

  VSxx-Y
-60-8081
VSxx-Y
-60-8081
VSxx-Y
-60-8081
VSxx-Y
-80-8081
VSxx-Y
-100-8081
VSxx-Y
-100-8081
 
Optical3,8
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 808 ±3 nm 808 ±3 nm 808 ±3 nm
Output Power per Bar, Po/Bar2 60 W 80 W 100 W
Number of Bars 2-25
Bar-to-Bar Spacing 1.8 mm
Fill Factor 20% 30% 50%
Number of Emitters 19 19 47 47 25 47
Emitter Width 100 µm 150 µm 100 µm 100 µm 200 µm 100 µm
Spectral Width FWHM ≤3 nm
Spectral Width FW90%E ≤6 nm
Fast Axis Divergence (FWHM)4,7 35°
Slow Axis Divergence (FWHM)5
Polarization Mode TE TE/TM TE
Wavelength Temp. Coefficient ~0.28 nm/°C
Electrical3,8
Operating Current, Iop ≤65 A ≤70 A ≤88 A ≤110 A
Threshold Current, Ith ≤10 A ≤11 A ≤18 A ≤22 A ≤25 A ≤21 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1.1 W/A
Power Conversion Efficiency ≥50% ≥48% ≥50%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature6 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm


915 nm / 940 nm / 976 nm / 980 nm TOP

  VSxx-Y
-80-9151
VSxx-Y
-80-9401
VSxx-Y
-120-9401
VSxx-Y
-80-9761
VSxx-Y
-80-9761
VSxx-Y
-120-9801
 
Optical3,8
Center Wavelength 915 ±3 nm 940 ±3 nm 940 ±10 nm 976 ±3 nm 976 ±3 nm 980 ±10 nm
Output Power per Bar, Po/Bar2 80 W 120 W 80 W 120 W
Number of Bars 2-25
Bar-to-Bar Spacing 1.8 mm
Fill Factor 20% 20% 50% 20% 30% 50%
Number of Emitters 19 25 19 25
Emitter Width 100 µm 100 µm 200 µm 100 µm 150 µm 200 µm
Spectral Width FWHM ≤4 nm
Spectral Width FW90%E ≤7 nm ≤6 nm ≤7 nm ≤6 nm
Fast Axis Divergence (FWHM)4,7 35°
Slow Axis Divergence (FWHM)5
Polarization Mode TE
Wavelength Temp. Coefficient ~0.31 nm/°C ~0.32 nm/°C ~0.34 nm/°C ~0.32 nm/°C
Electrical3,8
Operating Current, Iop ≤80 A ≤82 A ≤120 A ≤80 A ≤84 A ≤120 A
Threshold Current, Ith ≤8 A ≤7.5 A ≤20 A ≤7 A ≤9 A ≤20 A
Operating Voltage, Vop ≤2 V ≤1.8 V ≤2 V ≤1.8 V
Slope Efficiency ≥1.1 W/A ≥1.0 W/A ≥1.05 W/A ≥1.1 W/A
Power Conversion Efficiency ≥55% ≥52% ≥55% ≥52%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature6 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm
1 Model Name Breakdown - VSxx-Y-150-808: xx = Structure Code (01, 02, 03, 05), Y = Number of bars, 150 = Output Power (W), 808 = Center Wavelength (nm).
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 Slow axis collimation is available for bars wtih fill factor ≤30%.
6 A non-condensing environment is required for storage and operation below ambient dew point.
7 For smile requirements, please contact us.
8 If there are any other requirements, please contact us.

Specifications

808 nm / 940 nm

  VSxx-Y
-150-808(Q)1
VSxx-Y
-200-808(Q)1
VSxx-Y
-250-808(Q)1
VSxx-Y
-200-940(Q)1
 
Optical3,7
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 940 ±3 nm
Output Power per Bar, Po/Bar 2 150 W 200 W 250 W 200 W
Number of Bars 2-40
Bar-to-Bar Spacing 1.8 mm
Fill Factor 83% 80% 75%
Number of Emitters 75 40 62
Emitter Width 100 µm 200 µm 100 µm 100 µm
Spectral Width FWHM ≤4 nm ≤3.5 nm ≤6 nm
Spectral Width FW90%E ≤6 nm ≤7 nm ≤8 nm
Fast Axis Divergence (FWHM)4,6 40°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.28 nm/°C ~0.32 nm/°C
Electrical3,7
Operating Current, Iop ≤160 A ≤190 A ≤250 A ≤200 A
Threshold Current, Ith ≤15 A ≤26 A ≤18 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1 W/A ≥1.1 W/A ≥1.15 W/A ≥1.1 W/A
Power Conversion Efficiency ≥45% ≥50%
Pulse Width ≤0.3 ms
Duty Cycle ≤20%
Thermal Parameters
Operating Temperature 15-35 °C
Storage Temperature5 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.25-0.30 L/min
Max Inlet Pressure 380 kPa
Conductivity 0.2-0.5 MΩ-cm
1 Model Name Breakdown - VSxx-Y-150-808(Q): xx = Structure Code (01, 02, 03, 05), Y = Number of bars, 150 = Output Power (W), 808 = Center Wavelength (nm), (Q) = QCW Mode.
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 A non-condensing environment is required for storage and operation below ambient dew point.
6 For smile requirements, please contact us.
7 If there are any other requirements, please contact us.

Specifications

808 nm / 940 nm

  HVSxx-Y
-150-808(Q)1
HVSxx-Y
-200-808(Q)1
HVSxx-Y
-250-808(Q)1
HVSxx-Y
-200-940(Q)1
 
Optical3,7
Center Wavelength 808 ±3 nm 808 ±3 nm 808 ±3 nm 940 ±3 nm
Output Power per Bar, Po/Bar 2 150 W 200 W 250 W 200 W
Number of Bars 2-40
Bar-to-Bar Spacing 1.7 mm
Fill Factor 83% 80% 75%
Number of Emitters 75 40 62
Emitter Width 100 µm 200 µm 100 µm 100 µm
Spectral Width FWHM ≤6 nm ≤4 nm ≤6 nm
Spectral Width FW90%E ≤8 nm ≤6 nm ≤8 nm ≤8 nm
Fast Axis Divergence (FWHM)4,6 35°
Slow Axis Divergence (FWHM)
Polarization Mode TE
Wavelength Temp. Coefficient ~0.28 nm/°C ~0.34 nm/°C
Electrical3,7
Operating Current, Iop ≤170 A ≤190 A ≤250 A ≤250 A
Threshold Current, Ith ≤15 A ≤25 A ≤32 A ≤18 A
Operating Voltage, Vop ≤2 V
Slope Efficiency ≥1 W/A ≥1.1 W/A ≥1.15 W/A ≥1.05 W/A
Power Conversion Efficiency ≥42% ≥50% ≥52% ≥50%
Pulse Width ≤0.3 ms ≤1.2 ms
Duty Cycle ≤10%
Thermal Parameters
Operating Temperature 15-25 °C
Storage Temperature5 -40-60 °C
Coolant Deionized water
Flow Rate per Bar 0.5-0.7 L/min
1 Model Name Breakdown - VSxx-Y-150-808(Q): xx = Structure Code (04), Y = Number of bars, 150 = Output Power (W), 808 = Center Wavelength (nm), (Q) = QCW Mode.
2 Reduced lifetime if used above nominal operating conditions.
3 Data at 25°C temperature, unless otherwise stated.
4 For fast axis collimation: divergence <0.5°.
5 A non-condensing environment is required for storage and operation below ambient dew point.
6 For smile requirements, please contact us.
7 If there are any other requirements, please contact us.
 


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