Wavelength: 940 nm
Power: 4,000, 2,000 W
The DDL laser source produces a focused laser beam using a strong power LD module that is directly placed on target. Applicable to multiple industries such as brazing, welding, quenching and annealing, ...
Wavelength: 900 nm - 1,080 nm
Power: 8,000 W - 45,000 W
... the LDF series Laserline is setting the benchmarks for high power diode lasers. Even devices with over 20kW laser power are set on sturdy castors allowing a single employee to move the ...
Wavelength: 522, 1,045 nm
Power: 1.5, 0.65 W
... cooled, turn-key, fixed wavelength femtosecond laser. It features high peak power and ideal, highly focusable Gaussian spatial beam profile, making it the perfect laser source for fixed wavelength multiphoton ...
... 980nm pump laser diode, providing external cavity feedback, which make the pump laser wavelength locked at the center wavelength of PMFBG/SMFBG. Due to the low temperature sensitivity ...
Wavelength: 532 nm
Power: 0.1 W
Ocean Optics offers high power lasers for Raman excitation wavelengths of 532, 638, 785 and 1064 nm. These multimode diode lasers produce narrow spectral lines, have integrated laser ...
Wavelength: 375 nm - 1,083 nm
Power: 0.01 W - 1.5 W
Key Facts: Laser diodes up to 2.5 Ampere diode current can be integrated Many different wavelengths between 532nm and 1650nm available Single-Mode optical output powers up to 500mW ...
Wavelength: 375 nm - 642 nm
Power: 0.001 W - 0.01 W
... sensors the laser has an integrated delay generator for its SYNC output signal. The Pulse-to-SYNC signal can be delayed by up to 28 nanoseconds with 10 picoseconds in resolution. This function can also be used to daisy-chain ...
Wavelength: 808 nm
Power: 5 W
FL-CM01-5-808 / -Y (1:1) FocusDevice™ Series Features ● Output up to 5W ● Collimated type available (-Y model) Advantages ● AuSn hard-solder packaging ● High reliability ● Economical design ● Harsh environment endurable
Wavelength: 445 nm - 1,850 nm
Power: 0 W - 30 W
... Fiber Delivered Laser System (BWF) The BWF2 series is a compact turnkey fiber-coupled laser system providing up to 30 Watts of continuous power. With up to 30 watts of continuous laser ...
Wavelength: 532 nm
Power: 0.02, 0.05, 0.1 W
BWG Series Single Frequency Lasers The laser has a unique built-in output power control through the use of an input DC voltage for a fairly linear control. The spectral mode has been tested to be true ...
Wavelength: 445 nm - 2,000 nm
Power: 0 W - 10 W
Compact Fiber Coupled Laser Module The BWF-OEM fiber coupled, high-power laser diode OEM module is a compact integrated package containing a laser driver, thermoelectric ...
Wavelength: 375 nm - 785 nm
Power: 0.07 W - 0.5 W
... profile laser head (32 mm) – Lowest power consumption ≤12 W for LCX’s, any wavelength, less than 200 mW ≤15 W for LCX-532 & LPX-640, 500 mW ≤15 W for LCX-561, 300 mW – Tailored beam diameter capability (0.6 up ...
Wavelength: 793 nm - 976 nm
Power: 15 W - 420 W
... semiconductor lasers build upon the foundation of single-emitter diodes, high brightness fiber coupling and simplified packaging to offer the most advanced fiber coupled diodes in the ...
Wavelength: 375 nm - 978 nm
Power: 7 W - 25 W
The EPL picosecond pulsed diode lasers are a family of high performance, cost effective excitation sources for fluorescence lifetime measurements. In Time-Correlated Single Photon Counting (TCSPC) ...
Wavelength: 250 nm - 380 nm
Power: 15 W
... excitation sources for a wide range of spectroscopy applications as well as being stand-alone modules. Pulsed light emitting diodes of the EPLED series produce sub-nanosecond (typically <750 ps) optical pulses at repetition ...
Wavelength: 1,470 nm
Power: 15, 5 W
Features - 1470nm, optional 14xxnm and 15xxnm - 5W, 10W and 15W output power - 105µm and 200µm fiber core diameter - Electrically isolated case Applications - Medical treatment - Marking - Science and research
Wavelength: 632 nm - 641 nm
Power: 24 W
... superior technical and cost performance than other red laser display packages. The MDP provides better temperature performance than TO-cans, diode banks or diode bars. The MDP is configured ...
Wavelength: 810 nm
Power: 50, 80, 100 W
... InnoLas lasers - Field proven long life diode modules - Superior power stability - Small 2 RU, air cooled unit Fast modulation. Turn-key system. Based on patented single emitter technology the ...
Wavelength: 532, 650 nm
Wavelength: 532, 635, 650 nm
Power: 0.001 W
Wavelength: 405 nm
Wavelength: 635 nm - 1,550 nm
Power: 0 W - 0.03 W
The ideal laser for OEM applications. The MDL offers size advantages not available in any other complete laser system . The ultra-miniature surface-mount electronics inside the MDL give you infrared or ...
Wavelength: 635 nm - 1,550 nm
Power: 0 W - 0.085 W
Scientific CW Diode Laser for optical bench applications The ideal laser for OEM applications. The LAS offers size advantages not available in any other complete laser ...
Wavelength: 632.5 nm - 1,064 nm
Power: 0.008, 0.02, 0.07, 0.15, 0.1 W
The SWL-7500 series lasers offer extremely narrow linewidths from an OEM-ready platform designed for stability and longevity. This new addition to our market-leading line of external-cavity diode lasers ...
Wavelength: 976 nm
Power: 600, 300, 1,000, 100, 1,500 W
DLR Series are high brightness diode lasers featuring diode-to-fiber combining of highly reliable entirely sealed single-emitters. These industrial grade fiber-pigtailed diode ...
Wavelength: 808, 940, 980 nm
Power: 23 W - 300 W
... CN design means that the bars of our mounted diode lasers are cooled on both sides. This means you can achieve thermal resistances that are very close to those of a microchannel heat sink. Our diode ...
Wavelength: 450 nm - 830 nm
Power: 0.05 W
These fibre-coupled lasers are the perfect solution for application that require high precision. These lasers utilize the unique properties of fibre delivering high accuracy in its projections. The ZFSM ...
Wavelength: 920 nm - 970 nm
Power: 150 W
... TruDiode diode lasers impress through optimal results and low operating costs. Whether for deep welding, heat conduction welding and laser metal deposition, soldering, or plastic welding: ...
Wavelength: 532, 785, 1,064 nm
Power: 0.499 W
StellarNet offers a variety of modular lasers for Raman spectroscopy at 405, 532, 638, 647, 785, 1064nm and other custom wavelengths. These lasers are high power, have narrow spectral line emission, and ...
Wavelength: 950, 928, 908 nm
Power: 140 W
... the JDSU L4 package, the diodes operate independently as distributed heat sources, allowing air- or water-cooled architectures with predictable high reliability. The ST Series is a unique solution for the fiber-coupled ...
Wavelength: 915, 976, 638 nm
Power: 40 W - 1,200 W
... Flushing, Ease of Maintenance NTC Temperature Sensor Allows End-User to Monitor Diode Health Back-Reflection Filter Protects Diode from Damage Applications Defense Diode-Pumped Solid-State Industrial
Wavelength: 1,064 nm
HIGH ENERGY DIODE PUMPED ALL-SOLID-STATE Q-SWITCHED LASER High energy diode pumped ail solid State Q-switched laser at 1064nm has the features of high single puise energy, ...
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How to choose this product
A diode laser is a solid, semiconductor laser. In each diode, the p-n junction amplifies by electrical injection, or pumping. A single diode has little power. To increase power, diodes are grouped in bars, which are then stacked. This stacking combines the power of numerous beams to attain power levels of 10 kW.
A simple laser diode can be combined with a fiber optic system for optical telecommunications. It can also be employed in engraving and in optical readers, e.g., DVDs. The combination of several beams creates power levels suitable for fusion, machining and welding.
A diode laser consists of a multitude of small laser diodes arranged in bars. Each bar has cooling circuits and a tiny lens to focus the beam. The original beam is emitted in the form of a cone. Then, the light from several stacked bars is fused into a single beam.
How to choose
Choice of diode laser will depend on intended use. Diode lasers use electrical pumping. The gain medium, the material used for the p-n junction, will determine wave length and power. Power will depend on pulsed or continuous operation which will determine the deposited power.
- High power (kW)
- Fiber-optic compatible
- Efficiency of 60%
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