Lasers for Material processing | Fiber Lasers | Diode Lasers

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Material Processing

Showing lasers for material processing among other applications. Learn More

Product	Applications	Output Optical Power	Emission Wavelength	Availability	Price (USD)
Diode Laser	Ablation, Antibunching, ...	1.5 - 8 mW (Average)	905 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1.5 - 8 mW (Average) Emission Wavelength 905 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 90 ps Emission Range Near IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	2 - 12 mW (Average) 50 mW (CW)	450 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 2 - 12 mW (Average) 50 mW (CW) Emission Wavelength 450 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 70 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Additive Manufacturing, ...	1.2 W	830 nm (±5 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 1.2 W Emission Wavelength 830 nm (±5 nm) Beam Diameter(s) 5.2 mm, 2.6 mm Emission Range Near IR Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 200 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Additive Manufacturing, ...	200 mW	375 nm (±5 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 200 mW Emission Wavelength 375 nm (±5 nm) Beam Diameter(s) 3 mm, 1.4 mm Emission Range UV Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 50 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 300 ns) Fall Time < 300 ns (Analog) Rise Time < 300 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Ablation, Antibunching, ...	500 μW - 2 mW (Average)	670 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 500 μW - 2 mW (Average) Emission Wavelength 670 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 70 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	30 mW (Average, Maximum)	450 nm (±10 nm, Typical)	In stock	$ 1713.60
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 30 mW (Average, Maximum) Emission Wavelength 450 nm (±10 nm, Typical) Beam Diameter(s) 1.6 mm (at 5 m, Minor Axis, 1/e²) 3.3 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 5 - 39 ns Emission Range Visible Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 3 nJ (Maximum) Peak Optical Power 75 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger Yes (1, 5, or 10 MHz) Beam Divergence 0.02865° (Major Axis, Typical, at 1/e²) 0.01432° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	2 - 10 mW (Average) 20 mW (CW)	705 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 2 - 10 mW (Average) 20 mW (CW) Emission Wavelength 705 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 70 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Annealing, Brazing, Welding	2 kW	940 nm (Peak)	Contact Supplier	Add to cart to request quote
Product Code Applications Annealing, Brazing, Welding Output Optical Power 2 kW Emission Wavelength 940 nm (Peak) Beam Diameter(s) 1.3 mm, 0.4 mm Emission Range Near IR Operation CW Source Material Diode Dimensions 165 x 160 x 414 mm Operating Current 82 A Operating Voltage 46 V Supplier Location Japan See product details More from HAMAMATSU
Diode Laser	Ablation, Antibunching, ...	10 - 25 mW (Average) 200 mW (CW)	440 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 10 - 25 mW (Average) 200 mW (CW) Emission Wavelength 440 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 100 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	500 μW - 2 mW (Average)	500 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 500 μW - 2 mW (Average) Emission Wavelength 500 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 130 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	200 mW (CW) 85 mW (Maximum Average)	440 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 200 mW (CW) 85 mW (Maximum Average) Emission Wavelength 440 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 160 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 50 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Additive Manufacturing, ...	1 W	473 nm (±5 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 1 W Emission Wavelength 473 nm (±5 nm) Beam Diameter(s) 2.6 mm, 1.2 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 53 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Additive Manufacturing, ...	800 mW	520 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 800 mW Emission Wavelength 520 nm (±10 nm) Beam Diameter(s) 2 mm, 0.5 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 55 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Ablation, Antibunching, ...	3 - 20 mW (Average) 50 mW (CW)	640 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 3 - 20 mW (Average) 50 mW (CW) Emission Wavelength 640 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 90 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	500 μW - 4 mW (Average)	840 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 500 μW - 4 mW (Average) Emission Wavelength 840 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Near IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	1.3 - 4 mW (Average) 40 mW (CW)	515 nm (±3 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1.3 - 4 mW (Average) 40 mW (CW) Emission Wavelength 515 nm (±3 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 170 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	6.4 mW (Average, Maximum)	405 nm (±10 nm, Typical)	In stock	$ 2998.80
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 6.4 mW (Average, Maximum) Emission Wavelength 405 nm (±10 nm, Typical) Beam Diameter(s) 1 mm (at 5 m, Minor Axis, 1/e²) 21 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 129 ns Emission Range Visible Operation Pulsed Source Material Diode Repetition Rate 50 kHz (Maximum) Key Features Tunable Pulse Energy 128 nJ (Maximum) Peak Optical Power 1 W (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 50 kHz (Maximum) Internal Trigger No Beam Divergence 0.2807° (Major Axis, Typical, at 1/e²) 0.01146° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	15 mW (Average, Maximum)	980 nm (±10 nm, Typical)	In stock	$ 1713.60
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 15 mW (Average, Maximum) Emission Wavelength 980 nm (±10 nm, Typical) Beam Diameter(s) 1.3 mm (at 5 m, Minor Axis, 1/e²) 2.6 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 39 ns Emission Range Near IR Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 1.5 nJ (Maximum) Peak Optical Power 38 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger Yes (1, 5, or 10 MHz) Beam Divergence 0.02865° (Major Axis, Typical, at 1/e²) 0.02865° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	800 μW - 4 mW (Average) 50 mW (CW)	440 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 800 μW - 4 mW (Average) 50 mW (CW) Emission Wavelength 440 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Additive Manufacturing, ...	900 mW	405 nm (±5 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 900 mW Emission Wavelength 405 nm (±5 nm) Beam Diameter(s) 2.6 mm, 1.2 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 51 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Ablation, Antibunching, ...	2 - 9 mW (Average) 20 mW (CW)	760 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 2 - 9 mW (Average) 20 mW (CW) Emission Wavelength 760 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 110 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	35 mW (Average, Maximum)	905 nm (±10 nm, Typical)	In stock	$ 1713.60
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 35 mW (Average, Maximum) Emission Wavelength 905 nm (±10 nm, Typical) Beam Diameter(s) 2.8 mm (at 5 m, Minor Axis, 1/e²) 5 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 39 ns Emission Range Near IR Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 3.5 nJ (Maximum) Peak Optical Power 88 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger Yes (1, 5, or 10 MHz) Beam Divergence 0.0573° (Major Axis, Typical, at 1/e²) 0.02865° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	600 μW - 3 mW (Average)	470 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 600 μW - 3 mW (Average) Emission Wavelength 470 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Additive Manufacturing, ...	600 mW	940 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 600 mW Emission Wavelength 940 nm (±10 nm) Beam Diameter(s) 3.8 mm, 1.9 mm Emission Range Near IR Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 100 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	9.3 mW (Average, Maximum)	520 nm (±10 nm, Typical)	In stock	$ 2168.78
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 9.3 mW (Average, Maximum) Emission Wavelength 520 nm (±10 nm, Typical) Beam Diameter(s) 1.9 mm (at 5 m, Minor Axis, 1/e²) 16.5 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 129 ns Emission Range Visible Operation Pulsed Source Material Diode Repetition Rate 50 kHz (Maximum) Key Features Tunable Pulse Energy 186 nJ (Maximum) Peak Optical Power 1.5 W (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 50 kHz (Maximum) Internal Trigger No Beam Divergence 0.212° (Major Axis, Typical, at 1/e²) 0.03438° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	1 - 3 mW (Average) 10 mW (CW)	375 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1 - 3 mW (Average) 10 mW (CW) Emission Wavelength 375 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 40 ps Emission Range UV Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 70 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	3 - 10 mW (Average) 50 mW (CW)	850 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 3 - 10 mW (Average) 50 mW (CW) Emission Wavelength 850 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 90 ps Emission Range Near IR Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Additive Manufacturing, ...	650 mW	450 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 650 mW Emission Wavelength 450 nm (±10 nm) Beam Diameter(s) 2.6 mm, 0.7 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 52 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Ablation, Antibunching, ...	200 mW (CW) 150 mW (Maximum Average)	910 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 200 mW (CW) 150 mW (Maximum Average) Emission Wavelength 910 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 180 ps Emission Range Near IR Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	1 - 2.5 mW (Average) 5 mW (CW)	670 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1 - 2.5 mW (Average) 5 mW (CW) Emission Wavelength 670 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 50 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	700 μW - 5 mW (Average) 40 mW (CW)	500 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 700 μW - 5 mW (Average) 40 mW (CW) Emission Wavelength 500 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 100 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Annealing, Brazing, Welding	4 kW	940 nm (Peak)	Contact Supplier	Add to cart to request quote
Product Code Applications Annealing, Brazing, Welding Output Optical Power 4 kW Emission Wavelength 940 nm (Peak) Beam Diameter(s) 1.3 mm, 0.4 mm Emission Range Near IR Operation CW Source Material Diode Dimensions 165 x 160 x 414 mm Operating Current 93 A Operating Voltage 94 V Supplier Location Japan See product details More from HAMAMATSU
Diode Laser	Additive Manufacturing, ...	1.1 W	638 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 1.1 W Emission Wavelength 638 nm (±10 nm) Beam Diameter(s) 1.3 mm, 4.5 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 56 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 500 ns) Fall Time < 500 ns (Analog) Rise Time < 500 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Diode Laser	Additive Manufacturing, ...	1.2 W	750 nm (±5 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Additive Manufacturing High-Throughput Inspection Illumination Laser Pumping Lithography Microscopy Optogenetics Polymer Curing Output Optical Power 1.2 W Emission Wavelength 750 nm (±5 nm) Beam Diameter(s) 3.8 mm, 1.9 mm Emission Range Visible Operation CW Source Material Diode Wavelength Bandwidth (FWHM) < 5 nm, 2 nm (Typical) Interfaces RS-232, USB Modulation Bandwidth DC - 1 MHz (Analog) Options Electro-Mechanical Shutter Fiber Coupling Heat Sink Fiber Core Diameter 57 μm (or larger) Analog Modulation Bandwidth < 1 MHz (DC- 200 ns) Fall Time < 200 ns (Analog) Rise Time < 200 ns (Analog) Power Consumption < 25 W Optical Power Stability ± 1% (8h) Supplier Location France See product details More from Oxxius
Fiber-Coupled Diode Laser	Bio-Medical, Material Processing	10 W (Typical)	915 nm (±10 nm, Peak)	Contact Supplier	Add to cart to request quote
Product Code Applications Bio-Medical Material Processing Output Optical Power 10 W (Typical) Emission Wavelength 915 nm (±10 nm, Peak) Emission Range Near IR Operation CW Source Material Diode Frequency & Mode Operation Multimode Output Mode Fiber Coupled Operating Current 11 A (Typical) Operating Temperature 5 - 35 °C Fiber Core Diameter 105 μm Operating Voltage < 2 V (Typical) Package 2-Pins Fiber Numerical Aperture 0.15 Storage Temperature -40 to 85 °C Supplier Location Japan See product details More from HAMAMATSU
Diode Laser	Ablation, Antibunching, ...	1.8 - 7 mW (Average) 40 mW (CW)	500 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1.8 - 7 mW (Average) 40 mW (CW) Emission Wavelength 500 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 110 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 70 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	3 - 20 mW (Average) 25 mW (CW)	705 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 3 - 20 mW (Average) 25 mW (CW) Emission Wavelength 705 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 70 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	700 μW - 4 mW (Average) 40 mW (CW)	488 nm (±3 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 700 μW - 4 mW (Average) 40 mW (CW) Emission Wavelength 488 nm (±3 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 140 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	35 mW (Average, Maximum)	785 nm (±10 nm, Typical)	In stock	$ 1606.50
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 35 mW (Average, Maximum) Emission Wavelength 785 nm (±10 nm, Typical) Beam Diameter(s) 3.3 mm (at 5 m, Minor Axis, 1/e²) 3.8 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 39 ns Emission Range Near IR Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 3.5 nJ (Maximum) Peak Optical Power 88 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger Yes (1, 5, or 10 MHz) Beam Divergence 0.01719° (Major Axis, Typical, at 1/e²) 0.008594° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	100 - 300 μW (Average)	1990 nm (±40 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 100 - 300 μW (Average) Emission Wavelength 1990 nm (±40 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 120 ps Emission Range Short-Wave IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	12 - 40 mW (Average) 100 mW (CW)	780 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 12 - 40 mW (Average) 100 mW (CW) Emission Wavelength 780 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 150 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	1.8 - 6 mW (Average)	975 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1.8 - 6 mW (Average) Emission Wavelength 975 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Near IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	800 μW (Minimum Average)	1062 nm (±3 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 800 μW (Minimum Average) Emission Wavelength 1062 nm (±3 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 130 ps Emission Range Near IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) < 1 nm Pulse Energy 10 pJ (Calculated) Peak Optical Power 76.92 mW (Calculated) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	4 - 20 mW (Average)	635 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 4 - 20 mW (Average) Emission Wavelength 635 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 120 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	10 - 25 mW (Average)	440 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 10 - 25 mW (Average) Emission Wavelength 440 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 100 ps Emission Range Visible Operation CW, Pulsed Source Material Diode Repetition Rate 40 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	20 mW (Average, Maximum)	488 nm (±10 nm, Typical)	In stock	$ 1713.60
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 20 mW (Average, Maximum) Emission Wavelength 488 nm (±10 nm, Typical) Beam Diameter(s) 1.8 mm (at 5 m, Minor Axis, 1/e²) 3 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 6 - 39 ns Emission Range Visible Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 2 nJ (Maximum) Peak Optical Power 50 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger Yes (1, 5, or 10 MHz) Beam Divergence 0.02865° (Major Axis, Typical, at 1/e²) 0.01719° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	2.5 - 5 mW (Average)	1120 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 2.5 - 5 mW (Average) Emission Wavelength 1120 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 90 ps Emission Range Near IR Operation CW, Pulsed Source Material Diode Repetition Rate 80 MHz (Maximum) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Spatial Mode/Shape Elliptical Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Diode Laser	Ablation, Antibunching, ...	20 mW (CW) 900 μW (Maximum Average)	561 nm (±3 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 20 mW (CW) 900 μW (Maximum Average) Emission Wavelength 561 nm (±3 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	Marking / Engraving, Tunable Lasers	1.2 mW (Average, Maximum)	640 nm (±10 nm, Typical)	In stock	$ 1285.20
Product Code Applications Marking / Engraving Tunable Lasers Output Optical Power 1.2 mW (Average, Maximum) Emission Wavelength 640 nm (±10 nm, Typical) Beam Diameter(s) 2.1 mm (at 5 m, Minor Axis, 1/e²) 5.3 mm (at 5 m, Major Axis, 1/e²) Pulse Duration 10 ns Emission Range Visible Operation Pulsed Source Material Diode Repetition Rate 10 MHz (Maximum) Key Features Tunable Pulse Energy 120 pJ (Maximum) Peak Optical Power 13 mW (Maximum) Frequency & Mode Operation Tunable Supply Voltage 100 - 240 V 14 - 16 V Output Mode Fiber Coupled Beam Pointing Accuracy < 3° Supply Current 800 mA (14 - 16 V, Maximum) Fiber Connector Type SMA Trigger Frequency 10 MHz (Maximum) Internal Trigger No Beam Divergence 0.08594° (Major Axis, Typical, at 1/e²) 0.02865° (Minor Axis, Typical, at 1/e²) Power Supply 100-240 V Operating Voltage 100 - 240 V 14 - 16 V Storage Temperature 0 - 50 °C Operating Temperature 10 - 40 °C Pulse Duration (Range) nanosecond (ns) Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	Ablation, Antibunching, ...	1 - 10 mW (Average) 20 mW (CW)	685 nm (±10 nm)	Contact Supplier	Add to cart to request quote
Product Code Applications Ablation, Antibunching, Fluorescence Lifetime Correlation Spectroscopy, Fluorescence Lifetime Imaging (FLIM), Förster Resonance Energy Transfer, LIDAR, Laser Seeding, Material Cutting / Drilling, Phosphorescence Lifetime Imaging, Photoluminescence, Pulsed Interleaved Excitation, Satellite Laser Ranging, Single Molecule Spectroscopy, Super Resolution Microscopy, TRPL Imaging Output Optical Power 1 - 10 mW (Average) 20 mW (CW) Emission Wavelength 685 nm (±10 nm) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Pulse Duration < 80 ps Emission Range Visible Operation Burst, CW, Pulsed Source Material Diode Repetition Rate 100 MHz (Maximum) Dimensions 175 x 77 x 83.7 mm Ø 76 x 175 mm (Cylinder) 207 x 77 x 83.7 mm (With Fiber Coupling) Ø 76 x 207 mm (With Fiber Coupling, Cylinder) Spatial Mode/Shape Elliptical Key Features Collimated Beam Dual Calibration: Max Power and Linear Mode Operating Hours Counter Optional Fiber Coupling Power Calibrated Pulsed, Burst, and CW Operation TE Cooled Polarization Extinction Ratio > 10 dB (1:10, Typical) Output Polarization Linear Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Side Mode Suppression Ratio < 20 dB (typ) Beam Divergence 0.006303° (Parallel, Typical) 0.01833° (Perpendicular, Typical) Pulse Duration (Range) picosecond (ps) Numerical Aperture 0.55 Optical Power Stability 1 % RMS, 3 % peak to peak (12 hours) Supplier Location Germany See product details More from PicoQuant

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Material Processing

Material Processing

Showing lasers for material processing among other applications. Learn More

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