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Lasers
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Wavelength: 1,080 nm
Power: 1,000, 500 W
LDFpulse The combination of brilliance and pulse energy The LDFpulse laser is ideal for fast surface processing. With a beam quality of 4 mm mrad, pulse energies of up to 10 mJ are achieved. The pulse energy and the ...
Laserline GmbH

Wavelength: 1,055 nm - 1,075 nm
Power: 20 W
... .0200-S is compact, versatile and highly reliable for industrial direct part marking applications. The compact fiber marking laser delivers reliable marking results on a variety of metal, plastic and other hard-to-mark ...

Wavelength: 1,040 nm - 1,090 nm
Power: 0 W - 30 W
... easiest-to-integrate and easiest-to-operate laser marking head in the world. Whenever manufacturing space is at a premium, Titus™ is THE solution. With Titus™, the novel 20 and 30 W vector scanning fiber laser ...

Wavelength: 1,064 nm
Power: 20 W
... FOBA lasers apply functional marks that convince on various colors, coatings and materials with their utmost black-white brilliance or superior light-dark contrast. These proven solutions are now being enhanced by ...

Wavelength: 4.3 µm - 7.2 µm
Power: 0.02 W
Emmision from QCL semiconductor laser completely varies from normal LDs principle and wavelength measures of mid-IR range (4 um to 10 um). QCL has proven to provide lnnovative solution for mid-IR applications such as ...

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: 1,064, 532 nm
RHEA Flashlamp-Pumped Nd: YAG Laser Series Compact solution for high energy High reliability product Flash-Pumped Solid State Laser Applications Laser shock peening Laser ...
merck

Wavelength: 1,064, 532, 355 nm
Power: 100 W
... YAG Laser Designed for industrial applications High reliability & lifetime High energy & High average power Diode-Pumped Solid State Laser Applications Laser shock peening Laser ...
merck

Wavelength: 532 nm
Power: 2,400 W
... HP Flashlamp-Pumped Nd:YAG Laser Series Ultra reliable User friendly Best beam quality in its category Applications Pump laser for ultrafast PW & TW systems Laser shock peening Ideal ...
merck

Wavelength: 1,064 nm
Power: 20, 30, 50, 100 W
... diode fiber lasers. Due to the special architecture of the laser sources, the Fiberline series offers numerous advantages over the usual Q-switch fiber lasers. Characteristics of the ...

Wavelength: 1,030 nm
Power: 50 W
... microstructuring. Extends the possibilities of conventional nanosecond lasers by a new dimension. Characteristics of the laser system: • Unique design of the Signolux fiber laser • ...

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: 785 nm
Power: 0.35 W
Ocean Optics offers high-power 785 nm laser subsystems for Raman applications where integrating the laser into the system setup is desirable. These OEM laser packages are distinguished ...

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 Multi-Mode optical output powers ...
Omicron Laserprodukte GmbH

Wavelength: 10.6 µm
Power: 10, 25, 50 W
... performance, low price and high reliability are essential. Synrad lasers can be operated from 0-100% duty cycle, with laser power adjusted using a pulse width modulation (PWM) control. The laser ...
SYNRAD

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
Focuslight Technologies Inc.

Wavelength: 9.3 µm
Power: 60, 50, 100, 80 W
Infinity HS Series - 50-100 Watt 9.3 μm Lasers RF excited 50 - 100 Watt Ceramic Core CO2 lasers Iradion´s Infinity High Stability 9.3 (HS) Series includes RF excited, 50, 60, 80, and 100 Watt CO2 ...
IRADION

Wavelength: 355, 532, 1,064 nm
The new Spitlight DPSS DRY laser by InnoLas Laser GmbH is an evolution of the well-established DPSS laser models. Key feature of the “DPSS DRY” laser is a cooling concept ...
Innolas Laser

Wavelength: 405 nm - 845 nm
Power: 0.001 W - 0.1 W
... Shorter than a match – the smallest line laser for industrial image processing. The smallest machine vision laser available on the market LASER COMPONENTS’ MVfemto series modules ...

Wavelength: 405 nm - 785 nm
Power: 0.001 W - 0.1 W
... to focus laser modules MVmicro lasers were developed for stand-alone image processing tasks. They produce a fine line with a homogeneous power distribution. The electrical connection is carried out ...

Wavelength: 206, 257, 343, 515 nm
Power: 20, 6, 15, 10 W
... workstations. Laser diodes pumping Yb medium significantly reduces maintenance costs and provides a long laser lifetime. Software tunability of PHAROS allows the system to cover applications normally ...
Light Conversion

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 ...
Oxxius

Wavelength: 1,070 nm
Power: 3,000 W - 12,000 W
... thin and thick materials. Our high power fiber lasers with advanced metal processing technology feature programmable beam quality enabled by groundbreaking all-fiber technology. Rapid tuning of the laser ...
nLight

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 cooler, TEC controller ...

Wavelength: 800 nm
Power: 1, 0.3, 0.5 W

Wavelength: 1,064, 355, 532 nm
Power: 7, 12, 20 W
Sagittar-H series of lasers are one kind of high-power and high repetition frequency solid-state picosecond laser, which is geared to the needs of a range of products in the field of fine rapid industrial ...

Wavelength: 355, 532, 1,064 nm
Power: 2.5 W - 12 W
... and high-power pulse solid- state picosecond lasers are becoming popular in remote high-precision satellite ranging system field. The kHz picosecond laser of ranging is the most complicated solid-state ...

Power: 12, 10, 30, 20 W
Integration Fiber Laser for marking on the fly, it can be inserted into automatic production lines. TECHNICAL DATA MARKING AREA : 70×70; 112×112; 180×180; 220×220 ; on request MARKING SPEED : 6000 MM/SEC NOMINAL ...

Power: 100, 15, 50, 25 W
CO2 laser for flight marking, embeddable in automatic production lines. TECHNICAL DATA MARKING AREA : 50×50; 110×110; 175×175; 350×350; on request MARKING SPEED : 6000 MM/SEC NOMINAL WORK POWER : 15; 25; 50; 100 ...

Wavelength: 375 nm - 978 nm
Power: 7 W - 25 W
... flashlamp and expensive mode locked Titanium Sapphire femtosecond lasers. The EPL lasers are pre-adjusted for an optimum pulse width, with particular attention paid to reducing a secondary shoulder. ...
Edinburgh Instruments

Wavelength: 250 nm - 380 nm
Power: 15 W
... In TCSPC , they bridge the gap between the nanosecond flashlamp and the expensive mode-locked titanium sapphire femtosecond lasers. EPLEDs are fitted with bandpass filters for spectral purity and are available with emission ...
Edinburgh Instruments

Wavelength: 5.2 µm - 6 µm
Power: 1 W
... monoxide (CO) lasers. Our PL3 model is unprecedented in today’s market. It operates as either a CO2 (output power up to 25 W) or CO (with output >1 W over the range 5.1 μm – 6.0 μm) laser. Using different ...
Edinburgh Instruments

Wavelength: 632.8 nm
Power: 0.003, 0.002 W
Stabilized HeNe Laser SL 02 Design and Operation SL 02-Series stabilized HeNe lasers employ a two-mode stabilization technique providing high frequency stability in conjunction with rapid warm-up. ...

Wavelength: 632.8 nm
Power: 0.002 W
Our stabilized HeNe lasers with a wavelength of 632.8 nm are used as native, highstable reference measure. The stabilization technique provides high frequency and amplitude stabilities, low optical feedback and extremely ...

Wavelength: 527 nm
Power: 0.25, 0.5, 2, 1 W
Application fields: materials micromachining, laser marking, photoacoustics, LIBS (laser-induced breakdown spectroscopy), DLIP (Direct Laser Interference Patterning), ...
Laser-export Co.

Wavelength: 1,053 nm
Power: 0.5, 1.2, 2, 4, 1 W
Application fields: materials micromachining, laser marking, laser-ultrasound nondestructive evaluation, photoacoustics, LIBS (laser-induced breakdown spectroscopy), ...
Laser-export Co.

Wavelength: 355 nm
Power: 0.035 W
Application fields: mass-spectrometry, laser microdissection, laser-induced fluorescence, biotechnology, high technologies R&D Features: Active Q-switched mode of operation with short pulse duration ...
Laser-export Co.

Wavelength: 1,030, 1,040 nm
Power: 0.75 W - 3.5 W
The Chromacity 1040 is a fixed wavelength femtosecond laser source that delivers ultrashort pulses with high average powers in the near-IR. Our fibre-based femtosecond laser source allows us to exploit ...

Wavelength: 520 nm
Power: 0.5 W - 1.5 W
... compact fixed wavelength laser source, which no longer require several hours set up time. Our laser source does not require water cooling and comes with a simple user interface, making it one of the easiest ...

Wavelength: 976 nm
Power: 60 W
... wavelength-stabilzed diode Features - 60W CW output power - 105μm, 0.22NA output fiber - Fiber laser feedback protection - Wavellength stabilized Applications - Fiber laser pumping - Fiber ...
PhotonTec Berlin GmbH

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
PhotonTec Berlin GmbH

Wavelength: 266 nm - 1,064 nm
Power: 0.001 W - 1 W
Features - All solid state laser - Ultra compact design - Long lifetime - Ease-to-use - Low cost ownership Applications - UV curing - Micro materal processing - CD carving - Medical treatment - Scientific research
PhotonTec Berlin GmbH

Wavelength: 213 nm
Power: 0.008 W
The PND-M00204 is the newest laser of the PowerChip™ passively Q-switched microchip laser series; it transmits light at 213 nm through an advanced fifth harmonic conversion of the 1064 nm stage. Repetition ...

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 ...
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How to choose this product

A laser is a light source (UV-visible-IR) emitting a focused beam of temporally and spatially coherent light.
Lasers are composed of a gain medium that can be solid (crystal, diode), gaseous or liquid (dye lasers). The gain medium generates and amplifies photon-emission.
Powered by an external energy source, an optical or electronic pumping source (flash lamp, diode, etc.) generates photons through stimulated emission. The photons' narrowly-defined frequency determines the laser's wavelength.
Applications
The numerous industrial laser applications depend on their properties. Lasers generate localized energy that can melt materials (welding, cutting, piercing, ablation, localized fusion, etc.). Operating mode (pulsed/continuous) and limited pulse duration (femtoseconds) further increase emitted energy.
Telecommunications lasers can transmit information over long distances without data loss and without being affected by electromagnetic disturbances. Lasers also are used as highly-coherent light sources in spectrometers.
Technologies
Lasers are categorized by the optical cavity gain medium. Common categories are:
- Solid-state lasers (Nd:YAG crystal lasers, diode lasers, DPSS lasers, among others)
- Gas lasers (excimer, CO2, HeNe, etc.)
- Liquid lasers (dye lasers...)
- Active optical fiber lasers
Lasers can also be categorized through particular properties: femtosecond lasers, pulsed lasers, terahertz lasers...
How to choose
Laser choice depends on the application and required power level.
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