Continuous Wave Lasers | CW Lasers

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CW Lasers

Continuous-wave lasers emit coherent light with a constant power in a single-frequency operation or on multiple modes. They can be diode lasers, SSDP lasers, and fiber lasers amongst others. Learn More

Product	Emission Wavelength	Output Optical Power	Emission Range	Availability	Price (USD)
Fiber-Coupled Multimode Laser Diode	1854 nm	4 mW (Minimum) 5 mW (Typical)	Short-Wave IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1854 nm Output Optical Power 4 mW (Minimum) 5 mW (Typical) Emission Range Short-Wave IR Source Material Diode Operation CW Frequency & Mode Operation Multimode Output Mode Fiber Coupled Operating Current 70 mA (Typical) 120 mA (Maximum) Threshold Current 20 mA (TYP) 40 mA (MAX) Side Mode Suppression Ratio 30 dB (Minimum) 40 dB (TYP) Forward Voltage 1.3 V (Typical) 1.6 V (Maximum) Wavelength/Current Coefficient 0.008 nm/mA (Minimum) 0.01 nm/mA (TYP) 0.03 nm/mA (MAX) Differential Slope Efficiency 0.05 W/A (Minimum) 0.08 W/A (Typical) Wavelength/Temperature Coefficient 0.07 nm/K (Minimum) 0.1 nm/K (TYP) 0.14 nm/K (MAX) Beam Divergence 29° (Parallel) 43° (Perpendicular) Mode-Hop-Free Wavelength Tuning Range 2 nm Supplier Location Germany See product details More from Frankfurt Laser Company
Fiber-Coupled Diode Laser	1568.8 - 1611.7 nm	7.943 - 28.18 mW (9 - 14.5 dBm)	Short-Wave IR	1 - 8 weeks	Add to cart to request quote
Product Code Emission Wavelength 1568.8 - 1611.7 nm Output Optical Power 7.943 - 28.18 mW (9 - 14.5 dBm) Emission Range Short-Wave IR Source Material Diode Operation CW Frequency & Mode Operation Narrow Linewidth Single Transverse Mode Tunable Output Mode PM Fiber Polarization Extinction Ratio 20 dB Key Features External Cavity Linewidth (FWHM) 25 kHz Optical Power Stability 2 (%) Supplier Location Germany See product details More from ID Photonics
Fiber-Coupled Diode Laser	-	-	-	Contact Supplier	Add to cart to request quote
Product Code Source Material Diode Operation CW Applications Rb Cooling Frequency & Mode Operation Narrow Linewidth Single Transverse Mode Tunable Output Mode Fiber Coupled Fiber Connector Type FC/APC Dimensions 493 mm, 348 mm Key Features Narrow linewidth Tunable for Rack Integration Weight < 22 kg (MDL pro laser unit) < 8.5 kg (DLC pro, Control Unit) Linewidth (FWHM) 15 kHz (Typical, Instantaneous) Optical Isolation 60 dB Peak Optical Power 90 mW Operating Temperature 15 - 30 °C (operation) 0 - 40 °C (storage and transport) Power Consumption 250 W (DLC pro:, Maximum) 35 W (no active cooling fans, Typical) Supplier Location Germany See product details More from Toptica
Diode Laser	1310 nm (±20 nm)	100 μW - 2 mW (Average)	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1310 nm (±20 nm) Output Optical Power 100 μW - 2 mW (Average) Emission Range Near IR Source Material Diode Operation CW, Pulsed 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 Polarization Extinction Ratio > 10 dB (1:10, Typical) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Spatial Mode/Shape Elliptical Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) Dimensions Ø 68 x 148 mm (D-TA Type) Ø 62 x 132 mm (With Fiber Coupling) Ø 62 x 100 mm Key Features Collimating optics Controlled via Sepia PDL 828 Optional Fiber Coupling Optional Peltier Cooling Pulsed and CW Operation Output Polarization Linear Side Mode Suppression Ratio < 20 dB (typ) Repetition Rate 80 MHz (Maximum) Pulse Duration < 50 ps 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
Fabry-Perot Laser Diode Module	478 nm (Minimum) 498 nm (Maximum) 488 nm (Typical)	18 mW (Typical) 16 mW (Minimum)	Visible	In stock	$ 10358.68
Product Code Emission Wavelength 478 nm (Minimum) 498 nm (Maximum) 488 nm (Typical) Output Optical Power 18 mW (Typical) 16 mW (Minimum) Emission Range Visible Source Material Diode Operation CW Applications Test and Measurement Output Mode Fiber Coupled Fiber Connector Type FC/PC (Output) Modulation Bandwidth < 100 kHz (Sine Wave) Optical Fiber SM Fiber Internal Optical Fiber 460HP Operating Temperature 15 - 35 °C Laser Class 3B Assembly Benchtop Optical Power Stability 0.005 °C/1 °C, 15 min: ±0.05 dB 24 hr: ±0.1 dB (After 1 hr Warm-up at 25 ± 10 °C Ambient), ≤0.022 dB (≤0.5%) (15 min), ≤0.087 dB (≤2%) (24 Hours), ≤0.087 dB (≤2%) (24 hr), ≤0.022 dB (≤0.5%) (15 Minutes) Storage Temperature 0 - 50 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Distributed Feedback (DFB) Laser Diode Module	3390 nm (Typical)	5 mW 10 mW (Typical)	Mid IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 3390 nm (Typical) Output Optical Power 5 mW 10 mW (Typical) Emission Range Mid IR Source Material DFB Diode Operation CW Frequency & Mode Operation Single Frequency Tunable Operating Current 120 mA (Typical) Threshold Current 15 mA (Minimum) 30 mA (Typical) 50 mA (Maximum) Key Features Distributed Feedback (DFB) Side Mode Suppression Ratio > 35 dB (Typical) Voltage 3.8 V (Maximum) Maximum Current 1.4 A Operating Temperature -20 °C (Minimum, Case) 25 °C (Typical, Case) 50 °C (Maximum, Case) 10 °C (Minimum, Chip) 20 °C (Typical, Chip) 50 °C (Maximum, Chip) Wavelength/Current Coefficient 0.1 nm/mA (Typical) Wavelength/Temperature Coefficient 0.35 nm/K (Typical) Operating Voltage 5 V (Typical) Storage Temperature -30 °C (Minimum) 20 °C (Typical) 70 °C (Maximum) Supplier Location Singapore See product details More from LD-PD PTE. LTD.
Fiber-Coupled Diode Laser	852 nm	20 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 852 nm Output Optical Power 20 mW Emission Range Near IR Source Material Diode Operation CW Applications DNA Sequencing Flow Cytometry Fluorescence Microscopy Illumination Optogenetics Quantum Optics and Computing Output Mode Fiber Coupled Pigtailed Fiber Connector Type Fiber Pigtail Modulation Bandwidth < 150 MHz (2.5 ns) Rise Time < 2.5 ns (150 MHz) Supplier Location Germany See product details More from HÜBNER Photonics
Fiber-Coupled Diode Laser	760 nm	15 mW	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 760 nm Output Optical Power 15 mW Emission Range Visible Source Material Diode Operation CW Applications DNA Sequencing Flow Cytometry Fluorescence Microscopy Illumination Optogenetics Quantum Optics and Computing Output Mode Fiber Coupled Pigtailed Fiber Connector Type Fiber Pigtail Modulation Bandwidth < 150 MHz (2.5 ns) Rise Time < 2.5 ns (150 MHz) Supplier Location Germany See product details More from HÜBNER Photonics
Diode Laser	1064 nm	270 mW	Near IR	2 - 3 weeks	$ 4678.00
Product Code Emission Wavelength 1064 nm Output Optical Power 270 mW Emission Range Near IR Source Material Diode Operation CW Applications Life Science Output Mode Collimated Polarization Extinction Ratio > 20 dB (Linear 100:1) Supply Voltage 5 V Dimensions 40 x 40 x 100 mm Key Features Focusable Output Polarization Linear Weight 290 g Color Light Output IR Optics Slow-Axis Collimating Lens Beam Divergence < 0.0573° Laser Class 3b Operating Voltage 5 V Standard Coatings Available No AR Coating No Pointing Stability <5uRad/C Deg. Optical Power Stability 1% Supplier Location California, USA See product details More from OptoSigma
Fiber-Coupled Multimode Laser Diode	450 nm	1 W	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 450 nm Output Optical Power 1 W Emission Range Visible Source Material Diode Operation CW Frequency & Mode Operation Multimode Output Mode Fiber Coupled Wavelength Bandwidth (FWHM) 2 nm Reverse Voltage 5 V Operating Temperature 0 - 70 °C Storage Temperature -40 to 85 °C Supplier Location Germany See product details More from Frankfurt Laser Company
Diode Laser	488 nm	50 mW (CW, Maximum) 10 mW (Average, Broad Pulse) 3 mW (Average, Narrow Pulse)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 488 nm Output Optical Power 50 mW (CW, Maximum) 10 mW (Average, Broad Pulse) 3 mW (Average, Narrow Pulse) Emission Range Visible Source Material LED Operation CW, Pulsed Applications Diffusion measurements Fluorescence Lifetime Semiconductor Inspection Polarization Extinction Ratio > 10 dB (linear 1:10, Vertical) Beam Diameter(s) 0.8 mm (±0.3 mm) Beam Quality (M²) < 1.4 Dimensions 75 x 83 x 140 mm Key Features 40 % fiber coupling efficiency for all available colors Fast CW Switching Fully Computer Controlled Pulsed and CW Operation Stand-Alone Output Polarization Vertical Weight ~ 1 kg Repetition Rate 1 - 999 kHz (1 kHz Steps, Internal) 1 - 200 MHz (1 MHz Steps, Internal) Pulse Duration 110 ps (±20 ps) Fiber coupling Efficiency > 40% (Polarization Maintaining) Timing Jitter < 12 ps (RMS) External Trigger - 1 V ... +5 V into 50 Ohm Fall Time < 3 ns Warm-up Time < 2 min Pulse Duration (Range) picosecond (ps) Rise Time < 3 ns Power Consumption < 30 W (Maximum) Optical Power Stability < 1% (rms) (8h) Supplier Location Germany See product details More from PicoQuant
Fiber-Coupled Diode Laser	1064 nm	100 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1064 nm Output Optical Power 100 mW Emission Range Near IR Source Material Diode Operation CW Applications Confocal Microscopy Flow Cytometry Metrology Microlithography Output Mode Pigtailed Polarization Extinction Ratio > 20 dB (linear 100:1, Typical) Spatial Mode/Shape Circular Wavelength Bandwidth (FWHM) 0.5 nm Supply Voltage 12 V Dimensions 40 x 40 x 145 mm (Laser Head) Analog Modulation Bandwidth 1 MHz (Maximum) Interfaces RS-232 Digital Modulation Bandwidth 250 MHz (Maximum) Output Polarization Linear Weight < 360 g (Laser Head) Environment Humidity < 90 % (non-condensing) Beam Ellipticity < 10% (circular) Power Supply 12 V Operating Temperature 15 - 40 °C (operating) -10 to 60 °C (storage and transport) Noise Level 0.4% (10 Hz - 10 MHz) Power Consumption < 18 W < 6 W (Typical) Optical Power Stability ± 2% Supplier Location Germany See product details More from Toptica
Fiber-Coupled Diode Laser	1568.8 - 1611.7 nm	7.943 - 28.18 mW (9 - 14.5 dBm)	Short-Wave IR	In stock	Add to cart to request quote
Product Code Emission Wavelength 1568.8 - 1611.7 nm Output Optical Power 7.943 - 28.18 mW (9 - 14.5 dBm) Emission Range Short-Wave IR Source Material Diode Operation CW Frequency & Mode Operation Narrow Linewidth Single Transverse Mode Tunable Output Mode PM Fiber Polarization Extinction Ratio 20 dB Key Features External Cavity Linewidth (FWHM) 25 kHz Optical Power Stability 2 (%) Supplier Location Germany See product details More from ID Photonics
Fiber-Coupled Diode Laser	647 nm	100 mW	Visible	In stock	$ 5090.00
Product Code Manufacturer Coherent® Emission Wavelength 647 nm Output Optical Power 100 mW Emission Range Visible Source Material Diode Operation CW Applications Life Science Frequency & Mode Operation Single Transverse Mode Output Mode Fiber Coupled Polarization Extinction Ratio 20 dB (100:1, Minimum) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.1 Fiber Connector Type FC/APC (Output) Analog Modulation Bandwidth 500 kHz (Analog:) Digital Modulation Bandwidth 150 MHz (Digital:) Color Light Output Red Operating Temperature 10 - 40 °C Laser Class IIIb Numerical Aperture 0.045 (1/e 2 ) Warm-up Time <5 (minutes) Fiber Numerical Aperture 0.09 Optical Power Stability <2 (%) Supplier Location New Jersey, USA See product details More from Edmund Optics
Fiber-Coupled Diode Laser	750 nm (±10 nm)	1.5 W	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 750 nm (±10 nm) Output Optical Power 1.5 W Emission Range Visible Source Material Diode Operation CW Output Mode Fiber Coupled Wavelength Bandwidth (FWHM) < 10 nm Operating Current 3.5 A Threshold Current 1.6 A Package C-Mount Maximum Current 4 A (10 s) Aperture 0.3 mm (Width) Operating Temperature 20 °C Differential Slope Efficiency 0.95 W/A Wavelength/Temperature Coefficient 0.29 nm/°C Beam Divergence 12° (Parallel, at 1/e²) 42° (Vertical, at 1/e²) Operating Voltage 1.8 V Supplier Location New Jersey, USA See product details More from AKELA
Fabry-Perot Laser Diode Module	1950 - 2350 nm (Specify target wavelength to 20nm accuracy)	1 W (Typical, at λ_op)	Short-Wave IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1950 - 2350 nm (Specify target wavelength to 20nm accuracy) Output Optical Power 1 W (Typical, at λ_op) Emission Range Short-Wave IR Source Material Fabry-Perot Diode Operation CW Operating Current 5 A (Typical) Threshold Current 300 mA (Typical) Key Features Continuous Wave Custom Wavelengths Lateral Single Mode Room Temperature Spectral Multimode Operating Temperature 15 °C (Minimum, Chip) 20 °C (Typical, Chip) 40 °C (Maximum, Chip) Accessories HPFP Submount Mounting Options HPFP Submount Operating Voltage 2.5 V (Typical) Storage Temperature -40 °C (Minimum) 20 °C (Typical) 80 °C (Maximum) Supplier Location Germany See product details More from nanoplus
Diode Laser	785 nm (±10 nm)	350 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 785 nm (±10 nm) Output Optical Power 350 mW Emission Range Near IR Source Material Diode Operation CW Applications Confocal Microscopy DNA Sequencing Flow Cytometry Optogenetics Super Resolution Microscopy Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio 20 dB (100:1) Beam Diameter(s) 0.7 mm, 0.5 mm Spatial Mode/Shape TEM00 Wavelength Bandwidth (FWHM) < 1.2 nm Beam Quality (M²) < 1.28 Analog Modulation Bandwidth > 3 MHz Interfaces RS-232, USB Modulation Bandwidth > 3 MHz (Analog) Fiber coupling Efficiency > 70%, 80% (Typical, Single-Mode, Polarization Maintaining) > 80%, 90% (Typical, Multi-Mode) Options Clean-Up Filter Electro-Mechanical Shutter Fiber Coupling Fall Time < 2 ns (Digital) Rise Time < 2 ns (Digital) Power Consumption < 10 W Optical Power Stability ± 0.5% APC and ACC (8h) Supplier Location France See product details More from Oxxius
Diode Laser	705 nm	40 mW (CW)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 705 nm Output Optical Power 40 mW (CW) Emission Range Visible Source Material Diode Operation CW Applications Confocal Microscopy Flow Cytometry Machine Vision Microlithography Optogenetics Test and Measurement Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (100:1, Vertical) Beam Diameter(s) 1 - 1.5 mm (depends on wavelength, 1/e²) 0.7 mm (±0.1 mm, with option XX.DSO, 1/e²) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.15, 1.05 (Typical) Supply Voltage 12 V (±500 mV) Dimensions 100 x 40 x 40 mm (Laser Head) Astigmatism < 20% (ZR) Analog Modulation Bandwidth > 3 MHz Interfaces RS-232, USB Digital Modulation Bandwidth > 250 MHz Options Collimation Fiber Coupling Heat Sink World wide power supply Beam Ellipticity < 15% Fall Time < 100 ns (Analog) < 1.5 ns (Digital) < 100 ns (Laser Enable) External Shutter Control >500kHz (full ON/OFF) TTL (2kOhm) Noise Level 0.5% (CW) 0.5% (20Hz... 10MHz) Rise Time < 100 ns (Analog) < 1.5 ns (Digital) < 100 ns (Laser Enable) Optical Power Stability <0.5%/8h (CW) Supplier Location Germany See product details More from Omicron
Quantum-Cascade Laser	5260 nm (Peak, Typical)	20 mW (Minimum)	Mid IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 5260 nm (Peak, Typical) Output Optical Power 20 mW (Minimum) Emission Range Mid IR Source Material Gas Operation CW Applications Bose-Einstein Condensation Environmental Sensing Gas Sensing Threshold Current 1 A Key Features Quantum Cascade Laser Package HHL Side Mode Suppression Ratio 25 dB Supplier Location Japan See product details More from HAMAMATSU
Fiber-Coupled Diode Laser	405 nm (Typical) 400 nm (Minimum) 410 nm (Maximum)	900 μW (Typical) 800 μW (Minimum, CW) 900 μW (Typical, CW) < 1 mW (Maximum, CW)	Visible	In stock	$ 230.53
Product Code Emission Wavelength 405 nm (Typical) 400 nm (Minimum) 410 nm (Maximum) Output Optical Power 900 μW (Typical) 800 μW (Minimum, CW) 900 μW (Typical, CW) < 1 mW (Maximum, CW) Emission Range Visible Source Material Diode Operation CW Output Mode Collimated, Pigtailed Polarization Extinction Ratio 20 dB Beam Diameter(s) 3 mm (Round, Typical, at 5 cm) Spatial Mode/Shape Circular Operating Current 70 mA (Typical) 90 mA (Maximum) Dimensions Ø 11 x 60.2 mm (Housing) Key Features Collimated Output Operating Temperature 0 - 40 °C (Non-Condensing) Beam Divergence -0.03438° Laser Class Class 2 Operating Voltage 4.9 V (Minimum) 5.2 V (Maximum) Optical Power Stability 0.5 % (1 Minute), 5 % (8 Hours) Storage Temperature -30 to 70 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Distributed Feedback (DFB) Laser Diode Module	1850 - 2200 nm (Specify target wavelength to 0.1nm accuracy)	3 mW (Typical, at λ_op)	Short-Wave IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1850 - 2200 nm (Specify target wavelength to 0.1nm accuracy) Output Optical Power 3 mW (Typical, at λ_op) Emission Range Short-Wave IR Source Material DFB Diode Operation CW Applications Gas Sensing Frequency & Mode Operation Tunable Operating Current 100 mA (Typical) Threshold Current 5 mA (Minimum) 25 mA (Typical) 65 mA (Maximum) Key Features Continuous Wave Custom Wavelengths Distributed Feedback (DFB) Room Temperature Single-Mode Tunable Side Mode Suppression Ratio > 35 dB (Typical) Operating Temperature 20 °C (Minimum, Chip) 25 °C (Typical, Chip) 50 °C (Maximum, Chip) -20 °C (Minimum, Case) 25 °C (Typical, Case) 50 °C (Maximum, Case) Wavelength/Current Coefficient 0.01 nm/mA (Minimum) 0.02 nm/mA (Typical) 0.05 nm/mA (Maximum) Wavelength/Temperature Coefficient 0.16 nm/K (Minimum) 0.2 nm/K (Typical) 0.23 nm/K (Maximum) Accessories TO56, TO5, C-mount, SM-BTF, PM-BTF, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation, Lens on Cap Mounting Options C-Mount, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation, PM-BTF, SM-BTF, TO56, TO66 Operating Voltage 2 V (Typical) Storage Temperature -40 °C (Minimum) 20 °C (Typical) 80 °C (Maximum) Supplier Location Germany See product details More from nanoplus
Diode Laser	980 nm (±10 nm)	200 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 980 nm (±10 nm) Output Optical Power 200 mW Emission Range Near IR Source Material Diode Operation CW Applications Confocal Microscopy DNA Sequencing Flow Cytometry Optogenetics Super Resolution Microscopy Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio 16.99 dB (50:1) Beam Diameter(s) 0.9 mm Spatial Mode/Shape TEM00 Wavelength Bandwidth (FWHM) < 1.2 nm Beam Quality (M²) < 1.31 Analog Modulation Bandwidth > 3 MHz Interfaces RS-232, USB Modulation Bandwidth > 3 MHz (Analog) Fiber coupling Efficiency > 70%, 80% (Typical, Single-Mode, Polarization Maintaining) > 80%, 90% (Typical, Multi-Mode) Options Clean-Up Filter Electro-Mechanical Shutter Fiber Coupling Fall Time < 2 ns (Digital) Rise Time < 2 ns (Digital) Power Consumption < 10 W Optical Power Stability ± 2% ACC (8h) Supplier Location France See product details More from Oxxius
Diode Laser	552 nm (±2 nm)	100 mW	Visible	Contact Supplier	$ 9750.00
Product Code Manufacturer Coherent® Emission Wavelength 552 nm (±2 nm) Output Optical Power 100 mW Emission Range Visible Source Material Diode Operation CW Applications Life Science Frequency & Mode Operation Single Transverse Mode Output Mode Free Space Polarization Extinction Ratio 20 dB (100:1) Beam Diameter(s) 0.7 mm (±0.05 mm) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.1 Analog Modulation Bandwidth 100 kHz (Analog:, Maximum) Digital Modulation Bandwidth 50 kHz (Digital:, Maximum) Color Light Output Green-Yellow Operating Temperature 15 - 40 °C Beam Divergence < 0.06875° (Full-Angle) Noise Level 0.25% (20 Hz - 20 MHz) Laser Class IIIb Pointing Stability <30 (μrad), <5 (μrad/°C) Warm-up Time <5 (minutes) Optical Power Stability <2 (%) Supplier Location New Jersey, USA See product details More from Edmund Optics
Diode Laser	1080 nm	80 mW (CW)	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1080 nm Output Optical Power 80 mW (CW) Emission Range Near IR Source Material Diode Operation CW Applications Confocal Microscopy Flow Cytometry Fluorescence Lifetime Machine Vision Microlithography Optogenetics Test and Measurement Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (100:1, Vertical) Beam Diameter(s) 1 - 1.5 mm (depends on wavelength, 1/e²) 0.7 mm (±0.1 mm, with option XX.DSO, 1/e²) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.15, 1.05 (Typical) Supply Voltage 12 V (±500 mV) Dimensions 100 x 40 x 40 mm (Laser Head) Astigmatism < 20% (ZR) Analog Modulation Bandwidth < 150 MHz (at -3 dB, 0 - 1 V, 50 Ω) Interfaces RS-232, USB Digital Modulation Bandwidth > 250 MHz Options Collimation Fiber Coupling Heat Sink World wide power supply Beam Ellipticity < 15% Fall Time < 5 ns (Analog) < 1.5 ns (Digital) < 100 ns (Laser Enable) External Shutter Control >500kHz (full ON/OFF) TTL (2kOhm) Noise Level 0.5% (CW) 0.5% (20Hz... 10MHz) Rise Time < 5 ns (Analog) < 1.5 ns (Digital) < 100 ns (Laser Enable) Optical Power Stability <0.5%/8h (CW) Supplier Location Germany See product details More from Omicron
Diode Laser	639 nm (Typical) 630 nm (Minimum) 643 nm (Maximum)	4.5 mW (Typical) 4 mW (Minimum, CW) 4.5 mW (Typical, CW) < 5 mW (Maximum, CW)	Visible	In stock	$ 135.32
Product Code Emission Wavelength 639 nm (Typical) 630 nm (Minimum) 643 nm (Maximum) Output Optical Power 4.5 mW (Typical) 4 mW (Minimum, CW) 4.5 mW (Typical, CW) < 5 mW (Maximum, CW) Emission Range Visible Operation CW Output Mode Collimated Polarization Extinction Ratio 20 dB Beam Diameter(s) 3 mm (Round, Typical, at 5 cm) Spatial Mode/Shape Circular Operating Current 100 mA (Typical) 130 mA (Maximum) Dimensions Ø 11 x 60.2 mm (Housing) Key Features Collimated Output Operating Temperature 0 - 40 °C (Non-Condensing) Beam Divergence -0.03438° Laser Class Class 3R Operating Voltage 4.9 V (Minimum) 5.2 V (Maximum) Optical Power Stability 0.5 % (1 Minute), 2 % (8 Hours) Storage Temperature -30 to 70 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Fiber-Coupled Multimode Laser Diode	460 nm	50 mW	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 460 nm Output Optical Power 50 mW Emission Range Visible Source Material Diode Operation CW Frequency & Mode Operation Multimode Output Mode Fiber Coupled Polarization Extinction Ratio 13 dB Wavelength Bandwidth (FWHM) 2 nm Reverse Voltage 2 V Operating Temperature -10 to 70 °C Storage Temperature -40 to 85 °C Supplier Location Germany See product details More from Frankfurt Laser Company
Diode Laser	785 nm	110 mW	Near IR	2 - 3 weeks	$ 1909.00
Product Code Emission Wavelength 785 nm Output Optical Power 110 mW Emission Range Near IR Source Material Diode Operation CW Applications Research Output Mode Collimated Key Features Focusable Weight 250 g Laser Class 3b Operating Voltage 5 V Standard Coatings Available No AR Coating No Supplier Location California, USA See product details More from OptoSigma
Fiber-Coupled Diode Laser	1527.6 - 1568.8 nm	8.913 - 35.48 mW (9.5 - 15.5 dBm)	Short-Wave IR	In stock	Add to cart to request quote
Product Code Emission Wavelength 1527.6 - 1568.8 nm Output Optical Power 8.913 - 35.48 mW (9.5 - 15.5 dBm) Emission Range Short-Wave IR Source Material Diode Operation CW Frequency & Mode Operation Narrow Linewidth Single Transverse Mode Tunable Output Mode PM Fiber Polarization Extinction Ratio 20 dB Key Features External Cavity Linewidth (FWHM) 25 kHz Optical Power Stability 2 (%) Supplier Location Germany See product details More from ID Photonics
Diode Laser	730 nm (±10 nm)	3 - 20 mW (Average) 20 mW (CW)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 730 nm (±10 nm) Output Optical Power 3 - 20 mW (Average) 20 mW (CW) Emission Range Visible Source Material Diode Operation Burst, CW, Pulsed 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 Polarization Extinction Ratio > 10 dB (1:10, Typical) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Spatial Mode/Shape Elliptical Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) 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) 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 Output Polarization Linear Side Mode Suppression Ratio < 20 dB (typ) Repetition Rate 100 MHz (Maximum) Pulse Duration < 80 ps 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	375 nm	70 mW	UV	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 375 nm Output Optical Power 70 mW Emission Range UV Source Material Diode Operation CW Applications DNA Sequencing Flow Cytometry Fluorescence Microscopy Illumination Optogenetics Quantum Optics and Computing Output Mode Free Space Modulation Bandwidth < 150 MHz (2.5 ns) Rise Time < 2.5 ns (150 MHz) Supplier Location Germany See product details More from HÜBNER Photonics
Fiber-Coupled Diode Laser	779 - 780 nm	4 W (Maximum)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 779 - 780 nm Output Optical Power 4 W (Maximum) Emission Range Visible Source Material Diode Operation CW Applications Bose-Einstein Condensation Degenerate Fermi Gases Laser Cooling and Trapping Metrology Optical Clocks Quantum Optics Rydberg Excitation Spectroscopy Frequency & Mode Operation Narrow Linewidth Tunable Output Mode Fiber Coupled Polarization Extinction Ratio > 20 dB (Linear 100:1) Beam Quality (M²) < 2 Supply Voltage 100 - 120 V (50 - 60 Hz) Fiber Connector Type Optional Output Beam Optional Probe Beam Dimensions 90 x 192 x 400 mm (Laser Head) 154 x 450 x 348 mm (Control Unit) Key Features Amplified Lasers Narrow linewidth Tunable Interfaces Multi-Touch Total Remote Control Modulation Bandwidth 0Hz (Mod AC and Mod) Output Polarization Linear Weight 8.5 kg (Control Unit) 9.5 kg (Laser Head) Linewidth (FWHM) 2 MHz (5 μs, Typical, Instantaneous) Beam Height 50 mm (±1 mm) Fiber coupling Efficiency 50% (Minimum) 60% (Typical) Maximum Current 5 A (with DLC pro TA) 10 A (with DLC pro TA HP) Mode-Hop-Free Frequency Tuning Range 20 - 50 GHz Wavelength Tuning Range 10 - 50 nm Environment Humidity Non condensing Beam Divergence < 0.0573° Power Supply 100-120 V, 220-240 V, 50/60 Hz Operating Temperature 15 - 30 °C (operating) 0 - 40 °C (storage and transport) Power Consumption 70 W (Typical) Supplier Location Germany See product details More from Toptica
Fiber-Coupled Diode Laser	1054 nm (Minimum) 1074 nm (Maximum) 1064 nm (Typical)	20 mW (Minimum)	Near IR	In stock	$ 3231.15
Product Code Emission Wavelength 1054 nm (Minimum) 1074 nm (Maximum) 1064 nm (Typical) Output Optical Power 20 mW (Minimum) Emission Range Near IR Source Material Diode Operation CW Applications Test and Measurement Output Mode Fiber Coupled Fiber Connector Type FC/PC (Output) Modulation Bandwidth 5 kHz (Full Depth of Modulation) 30 kHz (Small Signal Modulation) Optical Fiber HI1060 Operating Temperature 15 - 35 °C Mode Field Diameter 6.2 μm (±300 nm, at 1.06 μm) Laser Class 3B Numerical Aperture 0.14 Assembly Benchtop Optical Power Stability 15 min: ±0.05 dB 24 hr: ±0.1 dB (After 1 hr Warm-up at 25 ± 10 °C Ambient) Storage Temperature 0 - 50 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Diode Laser	660 nm	115 mW	Visible	2 - 3 weeks	$ 1859.00
Product Code Emission Wavelength 660 nm Output Optical Power 115 mW Emission Range Visible Source Material Diode Operation CW Applications Research Output Mode Collimated Key Features Focusable Weight 250 g Laser Class 3b Operating Voltage 5 V Standard Coatings Available No AR Coating No Supplier Location California, USA See product details More from OptoSigma
Diode Laser	395 nm	120 mW	UV	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 395 nm Output Optical Power 120 mW Emission Range UV Source Material Diode Operation CW Applications DNA Sequencing Flow Cytometry Fluorescence Microscopy Illumination Optogenetics Quantum Optics and Computing Output Mode Free Space Modulation Bandwidth < 150 MHz (2.5 ns) Rise Time < 2.5 ns (150 MHz) Supplier Location Germany See product details More from HÜBNER Photonics
Fabry-Perot Laser Diode Module	1100 - 1700 nm (Specify target wavelength to 20nm accuracy)	10 mW (Typical, at λ_op)	Short-Wave IR Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1100 - 1700 nm (Specify target wavelength to 20nm accuracy) Output Optical Power 10 mW (Typical, at λ_op) Emission Range Short-Wave IR Near IR Source Material Fabry-Perot Diode Operation CW Operating Current 45 mA (Typical) Threshold Current 50 mA (Typical) Key Features Continuous Wave Custom Wavelengths Lateral Single Mode Room Temperature Spectral Multimode Operating Temperature 20 °C (Minimum, Chip) 25 °C (Typical, Chip) 50 °C (Maximum, Chip) -20 °C (Minimum, Case) 25 °C (Typical, Case) 50 °C (Maximum, Case) Accessories TO5, TO56, C-mount, SM-BTF, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation Mounting Options C-Mount, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation, SM-BTF, TO56, TO66 Operating Voltage 2 V (Typical) Storage Temperature -40 °C (Minimum) 20 °C (Typical) 80 °C (Maximum) Supplier Location Germany See product details More from nanoplus
Diode Laser	460 nm	100 mW (CW)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 460 nm Output Optical Power 100 mW (CW) Emission Range Visible Source Material Diode Operation CW Applications Confocal Microscopy Flow Cytometry Machine Vision Microlithography Optogenetics Reprographics Test and Measurement Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (100:1, Vertical) Beam Diameter(s) 1 - 1.5 mm (depends on wavelength, 1/e²) 0.7 mm (±0.1 mm, with option XX.DSO, 1/e²) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.15, 1.05 (Typical) Supply Voltage 5 V (±500 mV) Dimensions 120 x 62 x 40 mm (Control Unit) 100 x 40 x 40 mm (Laser Head) Astigmatism < 20% (ZR) Analog Modulation Bandwidth > 3 MHz (0 - 1 V, 0 - 5 V, 50 Ω, 1.2 kΩ, User Configurable) Interfaces RS-232, USB Digital Modulation Bandwidth > 180 MHz (TTL 0 - 1 V, 200 Ω, 50 Ω, User configurable) Options Collimation Fiber Coupling Heat Sink World wide power supply Beam Ellipticity < 15% Fall Time < 1.5 ns (Digital) < 100 ns (Analog) < 200 ns (Laser Enable) External Shutter Control >300kHz (full ON/OFF) TTL (2kOhm) Noise Level 0.5% (CW) 0.5% (20Hz... 10MHz) Rise Time < 1.5 ns (Digital) < 100 ns (Analog) < 200 ns (Laser Enable) Optical Power Stability <0.5%/8h (in CW operation mode) < 2%/8h (in modulation mode) (CW) Supplier Location Germany See product details More from Omicron
Diode Laser	375 nm (±5 nm)	70 mW	UV	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 375 nm (±5 nm) Output Optical Power 70 mW Emission Range UV Source Material Diode Operation CW Applications Confocal Microscopy DNA Sequencing Flow Cytometry Optogenetics Super Resolution Microscopy Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio 20 dB (100:1) Beam Diameter(s) 0.7 mm Spatial Mode/Shape TEM00 Wavelength Bandwidth (FWHM) < 1.5 nm Beam Quality (M²) < 1.3 Analog Modulation Bandwidth > 3 MHz Interfaces RS-232, USB Modulation Bandwidth > 3 MHz (Analog) Fiber coupling Efficiency > 70%, 80% (Typical, Single-Mode, Polarization Maintaining) > 80%, 90% (Typical, Multi-Mode) Options Clean-Up Filter Electro-Mechanical Shutter Fiber Coupling Fall Time < 2 ns (Digital) Rise Time < 2 ns (Digital) Power Consumption < 10 W Optical Power Stability ± 0.5% APC and ACC (8h) Supplier Location France See product details More from Oxxius
Fiber-Coupled Multimode Laser Diode	976 nm	150 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 976 nm Output Optical Power 150 mW Emission Range Near IR Source Material Diode Operation CW Frequency & Mode Operation Multimode Output Mode Fiber Coupled Wavelength Bandwidth (FWHM) 2 nm Operating Current 320 mA (Typical) 360 mA (Maximum, Typical) Fiber Connector Type FC, SC, SMA 905 Threshold Current 60 mA (typ) 100 mA (max) Fiber Length 800 mm (Typical) 1 m (Maximum) Reverse Voltage 2 V 30 V (PD) Operating Temperature -10 to 40 °C 25 °C (Recommended) Fiber Core Diameter 105 μm Operating Voltage 1.6 V (Typical) 2.2 V (Maximum) Storage Temperature -40 to 85 °C Supplier Location Germany See product details More from Frankfurt Laser Company
Diode Laser	520 nm (±10 nm)	200 mW (CW) 50 mW (Maximum Average)	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 520 nm (±10 nm) Output Optical Power 200 mW (CW) 50 mW (Maximum Average) Emission Range Visible Source Material Diode Operation Burst, CW, Pulsed 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 Polarization Extinction Ratio > 10 dB (1:10, Typical) Beam Diameter(s) 1.5 mm, 3.5 mm (Elliptical shape, Typical) Spatial Mode/Shape Elliptical Wavelength Bandwidth (FWHM) ~ 2 - 8 nm (Wavelengths < 900 nm) ~ 10 - 20 nm (Wavelengths > 900 nm) < 1 nm (CW) 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) 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 Output Polarization Linear Side Mode Suppression Ratio < 20 dB (typ) Repetition Rate 50 MHz (Maximum) Pulse Duration < 200 ps 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	445 nm (±5 nm)	75 mW	Visible	In stock	$ 6590.00
Product Code Manufacturer Coherent® Emission Wavelength 445 nm (±5 nm) Output Optical Power 75 mW Emission Range Visible Source Material Diode Operation CW Applications Life Science Frequency & Mode Operation Single Transverse Mode Output Mode Free Space Polarization Extinction Ratio 20 dB (100:1) Beam Diameter(s) 0.6 mm (±0.1 mm) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.2 Analog Modulation Bandwidth 500 kHz (Analog:, Maximum) Digital Modulation Bandwidth 150 MHz (Digital:, Maximum) Color Light Output Blue Operating Temperature 10 - 50 °C Beam Divergence < 0.06303° (Full-Angle) Noise Level 0.05% (20 Hz - 20 MHz) Laser Class IIIb Pointing Stability <30 (μrad), <5 (μrad/°C) Warm-up Time <5 (minutes) Optical Power Stability <2 (%) Supplier Location New Jersey, USA See product details More from Edmund Optics
Diode Laser	420 nm	120 mW	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 420 nm Output Optical Power 120 mW Emission Range Visible Source Material Diode Operation CW Applications Computer to plate (CtP) Printing Confocal Microscopy Ellipsometry Flow Cytometry Laser Scanning Cytometry Metrology Microlithography Reprographics Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (linear 100:1, Typical) Beam Diameter(s) 1 mm (1/e², Typical) Spatial Mode/Shape Circular, TEM00 Wavelength Bandwidth (FWHM) 0.5 nm Supply Voltage 12 V Dimensions 40 x 40 x 100 mm (Laser Head) Analog Modulation Bandwidth 1 MHz (Maximum) Interfaces RS-232 Digital Modulation Bandwidth 250 MHz (Maximum) Output Polarization Linear Weight < 250 g (Laser Head) Environment Humidity < 90 % (non-condensing) Beam Ellipticity < 10% (circular) Beam Divergence < 0.0573° (Typical) Power Supply 12 V Pointing Stability < 5 μrad/K Operating Temperature 15 - 40 °C (operating) -10 to 60 °C (storage and transport) Noise Level 0.2% (10 Hz - 10 MHz) Power Consumption < 18 W < 6 W (Typical) Optical Power Stability < 0.5 % (8h) Supplier Location Germany See product details More from Toptica
Distributed Feedback (DFB) Laser Diode Module	1310 nm (Typical, Peak)	6.31 mW (8 dBm, Minimum) 10 mW (10 dBm, Typical)	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 1310 nm (Typical, Peak) Output Optical Power 6.31 mW (8 dBm, Minimum) 10 mW (10 dBm, Typical) Emission Range Near IR Source Material DFB Diode Operation CW Frequency & Mode Operation Tunable Output Mode Fiber Coupled Polarization Extinction Ratio 17 dB (Minimum) 20 dB (Typical) 25 dB (Maximum) Operating Current 55 mA (Typical) 100 mA (Maximum) Fiber Connector Type FC/APC (Output) Key Features Distributed Feedback (DFB) Reverse Voltage 1 V (Maximum) 15 V (Maximum, PD) Side Mode Suppression Ratio 30 dB (Minimum) TEC Current 1.2 A (Maximum) TEC Voltage 2.5 V (Maximum) Optical Isolation 30 dB (Typical) Forward Current 120 mA (Maximum) 2 mA (Maximum) Operating Temperature -40 °C (Minimum) 85 °C (Maximum) Differential Slope Efficiency 0.2 W/A (Minimum) Optical Return Loss -10 dB (Typical) -6 dB (Maximum) Operating Voltage 1.5 V (Typical) 2.5 V (Maximum) Relative Intensity Noise -150 dB/Hz (Typical) -130 dB/Hz (Maximum) Storage Temperature -40 °C (Minimum) 85 °C (Maximum) Supplier Location Singapore See product details More from LD-PD PTE. LTD.
Diode Laser	638 nm (+4/-6 nm)	180 mW	Visible	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 638 nm (+4/-6 nm) Output Optical Power 180 mW Emission Range Visible Source Material Diode Operation CW Applications Confocal Microscopy DNA Sequencing Flow Cytometry Optogenetics Super Resolution Microscopy Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio 20 dB (100:1) Beam Diameter(s) 0.9 mm Spatial Mode/Shape TEM00 Wavelength Bandwidth (FWHM) < 1.2 nm Beam Quality (M²) < 1.26 Analog Modulation Bandwidth > 3 MHz Interfaces RS-232, USB Modulation Bandwidth > 3 MHz (Analog) Fiber coupling Efficiency > 70%, 80% (Typical, Single-Mode, Polarization Maintaining) > 80%, 90% (Typical, Multi-Mode) Options Clean-Up Filter Electro-Mechanical Shutter Fiber Coupling Fall Time < 2 ns (Digital) Rise Time < 2 ns (Digital) Power Consumption < 10 W Optical Power Stability ± 0.5% APC and ACC (8h) Supplier Location France See product details More from Oxxius
Distributed Feedback (DFB) Laser Diode Module	760 - 830 nm (Specify target wavelength to 0.1nm accuracy)	5 mW (Typical, at λ_op)	Visible, Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 760 - 830 nm (Specify target wavelength to 0.1nm accuracy) Output Optical Power 5 mW (Typical, at λ_op) Emission Range Visible, Near IR Source Material DFB Diode Operation CW Applications Gas Sensing Frequency & Mode Operation Tunable Operating Current 30 mA (Typical) Threshold Current 5 mA (Minimum) 15 mA (Typical) 30 mA (Maximum) Key Features Continuous Wave Custom Wavelengths Distributed Feedback (DFB) Room Temperature Single-Mode Tunable Side Mode Suppression Ratio > 35 dB (Typical) Operating Temperature 20 °C (Minimum, Chip) 25 °C (Typical, Chip) 50 °C (Maximum, Chip) -20 °C (Minimum, Case) 25 °C (Typical, Case) 50 °C (Maximum, Case) Wavelength/Current Coefficient 0.01 nm/mA (Minimum) 0.02 nm/mA (Typical) 0.025 nm/mA (Maximum) Wavelength/Temperature Coefficient 0.04 nm/K (Minimum) 0.05 nm/K (Typical) 0.07 nm/K (Maximum) Accessories TO56, TO5, SM-BTF, C-mount, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation Mounting Options C-Mount, Chip on Heatspreader, Heatsink for TO5 / TO66, Heatsink for TO5 with Collimation, SM-BTF, TO56, TO66 Operating Voltage 3 V (Typical) Storage Temperature -40 °C (Minimum) 20 °C (Typical) 80 °C (Maximum) Supplier Location Germany See product details More from nanoplus
Fiber-Coupled Diode Laser	775 nm (Minimum) 795 nm (Maximum) 785 nm (Typical)	20 mW (Minimum)	Visible	In stock	$ 1664.28
Product Code Emission Wavelength 775 nm (Minimum) 795 nm (Maximum) 785 nm (Typical) Output Optical Power 20 mW (Minimum) Emission Range Visible Source Material Diode Operation CW Applications Test and Measurement Output Mode Fiber Coupled Fiber Connector Type FC/PC (Output) Modulation Bandwidth 5 kHz (Full Depth of Modulation) 30 kHz (Small Signal Modulation) Optical Fiber 780HP Operating Temperature 15 - 35 °C Mode Field Diameter 5 μm (±500 nm, at 850 nm) Laser Class 3B Numerical Aperture 0.13 Assembly Benchtop Optical Power Stability 15 min: ±0.05 dB 24 hr: ±0.1 dB (After 1 hr Warm-up at 25 ± 10 °C Ambient) Storage Temperature 0 - 50 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Fiber-Coupled Multimode Laser Diode	915 nm	30 W (CW)	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 915 nm Output Optical Power 30 W (CW) Emission Range Near IR Source Material Diode Operation CW Frequency & Mode Operation Multimode Output Mode Fiber Coupled Wavelength Bandwidth (FWHM) 6 nm Operating Current 13 A Fiber Connector Type FC/PC, SMA 905 Threshold Current 1.5 A Fiber Length 900 mm (Minimum) 1 m (Typical) 1.1 m (Maximum) Fiber Core Diameter 200 μm Differential Slope Efficiency 2.6 W/A Operating Voltage 6.2 V AR Coating 400 um Fiber Numerical Aperture 0.22 Supplier Location Germany See product details More from Frankfurt Laser Company
Diode Laser	940 nm (Peak)	5 kW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 940 nm (Peak) Output Optical Power 5 kW Emission Range Near IR Source Material Diode Operation CW Beam Diameter(s) 1.25 mm, 0.35 mm Operating Current 108 A Dimensions 165 x 160 x 414 mm Operating Voltage 95 V Supplier Location Japan See product details More from HAMAMATSU
Diode Laser	850 nm	150 mW	Near IR	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 850 nm Output Optical Power 150 mW Emission Range Near IR Source Material Diode Operation CW Applications Computer to plate (CtP) Printing Confocal Microscopy Ellipsometry Flow Cytometry Laser Scanning Cytometry Metrology Microlithography Reprographics Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (linear 100:1, Typical) Beam Diameter(s) 1 mm (1/e², Typical) Spatial Mode/Shape Circular, TEM00 Wavelength Bandwidth (FWHM) 0.5 nm Supply Voltage 12 V Dimensions 40 x 40 x 100 mm (Laser Head) Analog Modulation Bandwidth 1 MHz (Maximum) Interfaces RS-232 Digital Modulation Bandwidth 250 MHz (Maximum) Output Polarization Linear Weight < 250 g (Laser Head) Environment Humidity < 90 % (non-condensing) Beam Ellipticity < 10% (circular) Beam Divergence < 0.0573° (Typical) Power Supply 12 V Pointing Stability < 5 μrad/K Operating Temperature 15 - 40 °C (operating) -10 to 60 °C (storage and transport) Noise Level 0.2% (10 Hz - 10 MHz) Power Consumption < 18 W < 6 W (Typical) Optical Power Stability < 0.5 % (8h) Supplier Location Germany See product details More from Toptica
Diode Laser	405 nm	30 mW	Visible	In stock	$ 1390.00
Product Code Manufacturer Z-Laser Emission Wavelength 405 nm Output Optical Power 30 mW Emission Range Visible Source Material Diode Operation CW Applications Machine Vision Output Mode Free Space Analog Modulation Bandwidth 400 kHz Key Features Focusable Digital Modulation Bandwidth 400 kHz Weight 90 g Color Light Output Violet Length 97 mm Fan Angle 30° Operating Temperature -10 to 50 °C Housing Diameter 20 mm Focus Range 100 mm - ∞ Laser Class II, 2M Operating Voltage 9 - 30 V (DC) Pointing Stability <10 (μrad/°C) Optical Power Stability ±3 (%) Storage Temperature -40 to 85 °C Supplier Location New Jersey, USA See product details More from Edmund Optics
Diode Laser	375 nm	20 mW	UV	Contact Supplier	Add to cart to request quote
Product Code Emission Wavelength 375 nm Output Optical Power 20 mW Emission Range UV Source Material Diode Operation CW Frequency & Mode Operation Single Transverse Mode Polarization Extinction Ratio > 20 dB (100:1, Vertical) Beam Diameter(s) 1.25 mm (±0.25 mm, MM beam diameter may vary, 1/e²) Spatial Mode/Shape TEM00 Beam Quality (M²) < 1.2 Supply Voltage 24 V (2 Amp) Astigmatism < 20% (ZR) Modulation Bandwidth < 15 MHz (at -3 dB, Analog) > 150 MHz (Digital) Options Automatic Aging Compensation Collimation Fiber Coupling World wide power supply Beam Ellipticity < 10% (SM) Fall Time < 25 ns (Analog) < 1 ns (Digital) Modulation Depth > 0.0004 (2500:1) Rise Time < 25 ns (Analog) < 1 ns (Digital) Modulation Input Signals 0...1V/50 Ohm (15MHz) or, 0...5V/10 kOhm (>5MHz), 0...1V/50 Ohm with prog. Trigger-Level (>150MHz) or, 0...5V/200 Ohm with prog. Trigger-Level (>100MHz) Optical Power Stability <0.5%/h Supplier Location Germany See product details More from Omicron