Green solid-state lasers are available in both pulsed and CW configurations. Applications such as Raman spectroscopy and tattoo removal, benefit from the narrow spectral linewidth and high peak power features of this visible wavelength. Recent advancements in GaN technology have allowed for the development of green laser diodes, which have filled in the lower wavelength range with diodes available between 505 nm and 520 nm.
Diode-Pumped Solid-State (DPSS) 532nm Lasers are by far the most common green laser available on the market today. They are produced by frequency doubling Nd: YAG, Nd: YVO, or Nd: Glass solid-state lasers to provide 532 nm laser light (green laser light).
Green lasers are used in various applications, such as fluorescence spectroscopy, optical alignment, dermatology, and the pumping of Ti:Sapphire lasers. Since many optics suppliers sell 532 nm radiation-dedicated optics right off-the-shelf, it is cost effective to use this particular wavelength for optics alignment, projections, imaging, etc. Many of those applications require a laser source with good beam quality and high power stability.
Our Green Laser Products
We offer many different laser types with Green output, including Single-Emitter Laser Diodes, Laser Diode Modules, Line Modules, HeNe Lasers Tubes & Modules, Pulsed or CW DPSS Lasers, Pulsed Fiber Lasers, Ultrafast Lasers, Microchip Lasers, Tunable DPSS Lasers, MIL-Spec Lasers, Micromachining Systems, and Turnkey Systems.
Our Green products are available at high average powers, with options for nanosecond, picosecond, and femtosecond pulse widths, Hz to MHz pulse repetition rates, single-mode or multimode, free-space, fiber-coupled or line generation output, narrow linewidth options, and various packaging options and integration levels from component to OEM to turnkey systems.
Our Green Laser Experience
RPMC has many years of experience providing various green laser types to engineers, researchers, and OEM integrators for many different applications. We have partnered with industry-leading and emerging manufacturers, allowing us to provide many different green laser types to suit your unique needs. Working to help match the best laser to these different applications, fielding 1000s of lasers, has provided us with a wealth of knowledge, so that we may better assist you in selecting the right laser for your project. With our vast product catalogue and technical knowledge, we have what you need to make your application a success. If we don’t have what you need, we will tell you who does!
Gallium Nitride (GaN) Laser Diodes: Green, Blue, and UV Wavelengths
Semiconductor devices can be engineered to have a specific bandgap energy by combining various elements to form binary, ternary, and quaternary alloys. These semiconductors can have their bandgap further tailored, varying the stoichiometry in ternary and quaternary semiconductors. In our specific case, visible laser diodes can be produced from a combination of nitride materials, such as aluminum nitride (AlN), GaN, and indium nitride (InN), creating AlGaN and InGaN laser diodes for example. The resultant alloy, typically referred to as simply ‘GaN’ in shorthand, can theoretically be combined using the following formulas AlxGa1−xN and AlxInyGa1−x-yN to form any bandgap which falls within the “banana,” shown in the figure to the right.
The Green, Blue & UV Laser Diode Revolution
In practice, the material science involved in stably producing laser diode structures with any arbitrary stoichiometry is far more challenging. As stated earlier, for many years it was thought that these challenges would never be overcome, until 1996 when the first AlGaN laser diode was invented by Shuji Nakamura. Nakamura’s work with GaN based semiconductor lasers and LEDs was so revolutionary that he was later awarded the Nobel prize in physics. Over the past 20 years, the technology for making Gallium Nitride (GaN) Laser Diodes has matured into its own branch of optoelectronics. These laser diodes are now available in wavelengths from 375 nm to 521 nm, with output powers exceeding 100 watts.
Laser Alignment: HeNe Lasers, Methods, and Helpful Tips
Are you wondering how to align an infrared beam? Aligning an infrared wavelength laser can be tedious and frustrating since you’re dealing with an invisible beam. Therefore, the use of visible wavelength HeNe lasers in the red or green regimes proves to be quite helpful for actively visualizing your optical path during the alignment process. In the case of red wavelengths, the human eye’s sensitivity starts to drop quickly as the wavelength increases toward the infrared. So, choosing a shorter red wavelength (e.g., 630nm vs. 690nm) provides a much higher level of visibility, especially with high levels of ambient light. Some optical components may cause alignment issues when using specific wavelengths due to various wavelength-dependent dielectric coatings on optical lenses and other chromatic aberrations. Typically, these issues are only seen in optical lenses and not on reflecting mirrors. So, if your system involves optical lenses, be sure to note any conflicts with your lens coatings or substrate composition and the visible wavelengths you might use to align the optical system.
High-Power CW Lasers for Holography, Interferometry & Spectroscopy
Critical Laser Source Requirements Common to Holography Applications
Wavelength – The final consideration when looking at lasers for holography is the wavelength needed for the best results. Security labels would be ineffective if they were recorded in the IR region, outside the range of the human vision. Many modern holographic images are created using multiple wavelengths – red, green, and blue – in order to produce a colored final image. Holographic applications that do not rely on the human visual range can utilize wavelengths outside the visible range. Data storage, for instance, would indeed benefit from shorter UV wavelengths, leading to higher information density.
Critical Laser Source Requirements Common to Raman Applications
Wavelength – The strength of the Raman signal is directly dependent on the wavelength of the laser source, where lower wavelengths will produce stronger Raman signals, as well as allowing for higher spatial resolution. It is important, however, to balance this observation with the occurrence of background fluorescence, prevalent in many materials throughout the UV-visible spectrum, and the possibility of sample damage at high energy. These effects most often cause a compromise in the wavelength of the source used, where longer wavelengths, such as 532 nm, 785 nm, and 1064 nm, in combination with highly sensitive detectors, allow for the widest range of samples to be measured.
Black tattoos are the easiest to remove because they tend to absorb all visible and near infrared laser wavelengths, but colored tattoos add additional complexity to the laser selection process. The difficulty arises because the full range of chromophores used in the different inks all have unique absorption properties, making it virtually impossible to choose a single wavelength. For example, you cannot use a green laser to remove a green tattoo or a red laser to remove a red tattoo because the ink will inherently diffusely reflect the light instead of absorbing it. To make matters worse when you get to more complicated colors such as purple which utilize a wide variety of pigments mixed, you may need to use multiple different wavelengths to remove the ink entirely. One way that practitioners work around this issue is using second harmonic generation (typically via KTP), to double the efficacy of the process. By placing the non-linear crystal into the laser’s delivery system without adding any filtration to block the fundamental, it is possible to excite the ink with two different wavelengths simultaneously.
Because of the absorption spectrum of liquid water, 1064 nm and 532 nm lasers are typically used as the two transmission wavelengths for this application. In this process, the 1064nm laser is first used to establish the reference level for the surface of the body of water, using standard TOF processing. Once this reference level is determined, the system will then look at the TOF for the green laser minus the TOF for the 1064 nm laser pulse, to calculate the total depth. It is important to note that the speed of light is much slower in water than in air, so it is necessary to take the index of refraction of water into consideration resulting in the following equation for depth, D = ( ΔT532 − ΔT1064) × C/2n. In this equation ΔT532 and ΔT1064 represents the total TOF for the green and NIR laser pulses respectively and n is the index of refraction of water, which typically varies between 1.33 and 1.38 depending on the salt content.
Key Laser Requirement for Bathymetric and Topographic LIDAR
As with most airborne topographic LIDARs, bathymetric systems share the same demand for compact, efficient, rugged, and industrial-grade laser sources. Bathymetric applications present an additional degree of complexity, strictly related to the transmitting medium, with shallow nearshore zones not-necessarily-clean or clear. Bathymetric systems can efficiently use only a limited range of possible wavelengths due to poor water penetration. While most topographic LIDARs employ infrared detectors and laser sources operating at 1064 nm, or the “retina-safe” wavelength of 1550 nm, those wavelengths would only be able to penetrate a few centimeters into the water.
Therefore, light absorption dictates that the ideal wavelength is approximately 440nm for clean water and some longer wavelength (~500nm) for impure scenarios, such as ocean water in the coastal zones, where chlorophyll plays a substantial role in absorbing blue light. High-peak-power, nanosecond, pulsed lasers, operating at 1064nm, efficiently generate 532nm radiation, utilizing a nonlinear optical process, known as second harmonic generation (SHG). Furthermore, the generation of green light by SHG of an infrared laser source has the advantage of utilizing well-synchronized, residual, unconverted light at the fundamental wavelength that could be used for the external surface identification. However, for a given required pulse energy at 532 nm, the commonly achieved SHG efficiency of 50% implies that higher pulse energy (by a factor of 2) is required for the laser source operating at the native wavelength of 1064 nm. Moreover, even assuming low water absorption at 532 nm, the transmission is still much lower than in air, thus further increasing the demand for pulse energy.
Flow cytometry is a method for simultaneously analyzing multiple physical properties of an individual cell as it flows through a beam of light in a fluid stream, including the cells size and fluorescence. In practice, flow cytometry is essentially a combination of particle counting and fluorescence spectroscopy. Just as in traditional particle counting, these lasers must exhibit excellent pointing and power stability, and single-mode, low noise operation (typically free-space output). However, unlike conventional particle counting systems, the wavelengths must be chosen to match the excitation spectra of the available fluorophores. Typical wavelengths include 355nm, 405nm, 473nm, 488nm, 532nm, 553nm, 561nm, 594nm, 640nm and NIR, with output powers in the 25-500mW range. Additionally, since multiple lasers are being integrated into a single system, size, cost, and ease of integration all become significant factors in deciding which laser to choose.
Expert Solutions for Your PCB Processing Applications
With our robust systems, you will be able to successfully tackle any PCB processing challenge, from cutting to marking, utilizing the same laser source. Whether needing selective material removal (e.g. solder resist film on copper, or gold on alumina), track interruption (short-circuit), in-situ micro-corrections of connection errors, component termination & separation, or barcode & data matrix marking, we have the right solution for you.
These solutions include a range of compact, air-cooled DPSS lasers with high-energy ns and sub-ns pulses. The single-unit design of these lasers allows for fast and easy replacement in the field, and in the example of the SOL Series – 532 nm green laser, each model shares the exact same mechanical footprint.
New Dual-Wavelength Raman Probe Enhances Flexibility & Throughput
The most exciting, unique feature of this Raman probe is the dual-wavelength concatenation capability. There are other, standard configurations already on the market that offer two wavelengths (say 532 & 785nm dual-band). However, these devices require two separate spectrometers. Basically, they are just switching between the two bands, utilizing each wavelength for different samples with unique fluorescent characteristics. Now, this new design allows you to interrogate the whole band (fingerprint and stretch region) with a single spectrometer. No more switching.
Compared with near-infrared lasers, 532nm lasers (green lasers) provide a number of benefits, namely a higher absorption coefficient in copper, gold, or silicon, for example. This allows you to operate the laser at less overall power, while simultaneously getting better quality results in your laser material processing. While the cost may be higher than that of a 1064 nm laser, for example, the benefits are worth the higher price point if quality is a concern.
With over 25 years experience providing green lasers to various researchers and OEM integrators working in various markets and applications, and 1000s of units fielded, we have the experience to ensure you get the right product for the application. Working with RPMC ensures you are getting trusted advice from our knowledgeable and technical staff on a wide range of laser products. RPMC and our manufacturers are willing and able to provide custom solutions for your unique application.
If you have any questions, or if you would like some assistance please Contact Us here. Furthermore, you can email us at info@rpmclasers.comto talk to a knowledgeable Product Manager.
Alternatively, use the filters on this page to assist in narrowing down the selection of Green lasers for sale. Finally, head to our Knowledge Center with our Lasers 101 page and Blogs, Whitepapers, and FAQ pages for further, in-depth reading.
Check out our Online Store: This page contains In-Stock products and an ever-changing assortment of various types of new lasers at marked-down/discount prices.
The Matchbox series offers excellent performance and reliability in the “World’s Smallest” ultra-compact, all-in-one, integrated laser head. They can operate on a 5V power supply while maintaining low noise operation. The monolithic design of the Matchbox Series laser includes thermally stabilized optics in a hermetically sealed housing, ensuring reliable and maintenance-free operation. This series is available in wavelengths from 405 nm thru 1064nm, with options for collimated beam or fiber-coupled output, and single-mode and multimode versions.
The Aero Series is a high-energy, nanosecond pulsed DPSS laser, available at 266, 355, 532, and 1064nm, with up to 10W output power at 1064 (up to 200 mJ with water-cooling). This series provides unparalleled precision and accuracy in even the most challenging environments, ideal for LIBS, spectroscopy, and atmospheric LIDAR applications. All models come enclosed in an air-cooled, extremely compact and ruggedized, thermo-mechanically stable, low SWaP single unit platform, with options for air- or water-cooling, a range of add-ons, and even complete customization to fit your exact needs. Upon request, customized models undergo severe vibration and qualification tests for operation in space.
The AIRTRAC-MIL series is a ruggedized, high-shock, ultra-compact, actively q-switched, low-SWaP, DPSS laser, available with up to 70 mJ @ 532 & 1064 nm. Configurations for laser designation are available in a complete system weighing less than 1 lb. The athermal design of the AIRTRAC ensures high laser pulse energy, and stable performance over the full temperature range with low beam divergence.
The CEUV series is a commercial line of compact and efficient DPSS laser sources, capable of operating over a wide range of pulsing conditions (duty-cycle and PRF), in a low SWaP package, with average power up to ≈5W @ 266nm, 10W @ 355nm or 532nm, 20W @ 1064nm. This series of DPSS lasers provides a combination of compact, efficient, and high-power performance in a rugged design suitable for harsh environments and airborne applications. The design has been tested in brassboard hardware and a prototype is being developed.
The JenLas D2 series showcases innovation in high-power disk laser technology, featuring our trusted 532 nm laser sources with up to 8W CW output. With over 25k units installed, our CW-532 nm thin disk lasers are reliable in fields like ophthalmology, dermatology, and quality control. Our lasers operate on TEC-controlled laser diode pump sources, Nd:YVO4 gain crystals, and TEC-controlled internal frequency doubling LBO crystals. Offering the highest electro-optical efficiency, water-less cooling, and high beam quality, our lasers outperform other solid-state technologies. The series offers multiple integration levels, including the compact OEM JenLas D2.mini 2-8W that fits in the palm of your hand and the fully integrated JenLas MLS Green system for medical applications. The JenLas D2 series is ideal for customers seeking reliable, high-performance laser technology with consistent output power and easy integration.
The Lampo Series is a line of compact ultrafast lasers that deliver megawatt-level ps laser pulses at a selectable PRR from 50 kHz to 40 MHz. Available in IR (1064 nm), SHG (532 nm), and Deep-UV (266 nm) versions (355nm by request), the series offers pulse durations < 70 ps and average power up to 20W, 10W, and 1.5W respectively. With pulse energy up to 250uJ, 150uJ, and 30uJ, these lasers are ideal for a wide range of scientific, industrial, defense, medical, biological, and LIDAR applications. Built into a rugged, air-cooled single-unit laser head, these lasers are easy to operate and integrate, making them a valuable tool for sophisticated laser systems and lab applications.
The LaserBoxx Low Noise series of CW diode laser modules & DPSS lasers offer wavelengths from 375 to 1064nm, output powers up to 500 mW, and OEM & plug-&-play modules. These rugged, compact & highly customizable lasers also offer excellent beam quality & stability, modulation capabilities, ultra-low noise output & options for SM, MM, and PM fiber coupling. Our dedicated control software, USB and RS232 interfaces, and external controller with power display make integration, operation, and remote diagnostics a breeze.
The LaserBoxx HPE Series is a highly versatile and customizable laser diode module series that offers superior performance and reliability in a compact, driver-integrated laser head. With a wide range of wavelengths from the UV to the NIR, this series provides high-power output, removable MM fiber coupling options & dedicated control software with USB and RS232 interfaces, as well as an external controller with power display, ensuring easy integration and precise power and modulation control.
The LaserBoxx-SLM series of SLM CW DPSS & diode laser modules are available in wavelengths from 532-1064 nm, delivering ultra-narrow line widths with excellent temperature stability and low noise current. Embedded firmware locks the laser on the same mode at each startup. This customizable, compact laser module is available in turn-key or OEM versions, with GUI for remote operation & diagnostics via USB, RS232, or direct I/O interface, with modulation capabilities and adjustable power options.
The LDX Series of made-in-the-US, high-power, multimode laser diodes provide wavelengths from 400nm – 1900nm, a wide range of output powers and package types, as well as completely customized solutions. We have been offering these high-quality laser diodes for over 25 years. The performance, reliability, and lifetimes are time tested, and if for some reason there is an issue, we will make it right.
The LGK series of HeNe laser modules boast an excellent TEM00 beam, robust mechanical design, a long service life of up to 30,000 hours, and are available in 543, 594, and 632.8nm wavelengths, with output powers up to 20mW. Choose between standard and customized models, with options for single or multimode, random or linear polarization, Brewster window tubes, and fiber coupling. Designed for long life, low noise, and high stability, with many customization options, these HeNe lasers are perfect for spectroscopy, interferometry, holography, and more!
The MicroMake Series is a fully-integrated, compact, sub-ns DPSS laser micromachining system for high precision and resolution applications. A flexible platform at 532 & 266 nm, with >40 kW of peak power and processing speeds up to 100mm/second, the system includes all the needed devices for direct laser micro-processing in a single, monolithic, air-cooled configuration. Equipped with a live microscope, alignments and in-process quality checks are a breeze. All these features perfectly suit various materials utilized in microelectronic circuits, displays fabrication and correction, biomedical device machining and optical substrates microprocessing.
The Onda series is a DPSS nanosecond OEM industrial laser solution, designed for high-end applications requiring excellent beam quality and high peak power in metals, glass, plastics, and various delicate and hard materials. This compact, air-cooled, and easy-to-use single unit laser series allows for straightforward integration, is available in wavelengths of 266, 355, 532, and 1064nm, and provides a superior performance to cost ratio. The Onda series’ internal optical layout and accurate temperature management enable high output energies without compromising the lifetime of the THG and FHG stages. Many optional add-ons and customization options.
The Q-DOUBLE series is a DPSS, air-cooled, q-switched laser at 1064 or 1053 nm, designed to produce two pulses with variable temporal separation for PIV, LIBS, and other applications. The Q-DOUBLE can be configured for up to 160 mJ pulse energy @ 10 Hz or up to 40 mJ @ 100 Hz. The innovative laser design integrates all electronics (except power adapter) into the housing, resulting in a compact, user-friendly, turnkey, and air-cooled (water-free) system requiring little maintenance. User-friendly web-based GUI allows remote monitoring, control, and support from any computer or even a smartphone. Optional add-ons include built-in 2nd, 3rd, or 4th harmonic generator, built-in attenuator, energy monitor, and optional short cavity version.
The Q-SHIFT series of Q-switched DPSS lasers is designed for researchers and application specialists working in micromachining, dermatology, LIDAR, time-resolved laser spectroscopy, and LIBS applications. With its built-in nonlinear wavelength conversion stage, this series can produce unconventional DPSS wavelengths: 1163, 1177, 1300, 1317, 1551 & 1571 nm. The optional harmonics generator can generate up to the 4th harmonic for each fundamental wavelength, providing even more versatility. This series can produce up to 40mJ/1W @ 1163nm with up to 100Hz repetition rate.
The Q-SPARK series is an air-cooled, diode-pumped, Q-switched laser designed for researchers and application specialists working with ablation, LIDAR, remote sensing, and LIBS applications. The laser produces sub-nanosecond or nanosecond pulses with peak power up to 20 MW and pulse energies up to 20 mJ, making it ideal for a wide range of applications. With a short pulse (<800 ps to <2 ns), compact air-cooled package, and innovative water-free laser crystal end-pumping technology, the Q-SPARK series delivers high-quality, low divergence, Gaussian-like laser beams.
The Q-TUNE series is a highly efficient, air-cooled, tunable wavelength laser, providing up to 8mJ, shorter than 5ns pulses at up to 100Hz, designed for temporally resolved spectroscopy, metrology, photo-acoustic imaging, and remote sensing applications. This laser uses an optical parametric oscillator (OPO) to produce a tunable wavelength range of 410-2300 nm with a linewidth narrower than 6 cm-1, which can extend to 210-410 nm with an optional second harmonic generator. Options for air purging for UV optics, spectrometer, and fiber-coupled OPO output are also available.
The Q1 series is a compact, energy-efficient, diode pumped, air-cooled, Q-switched laser available with up to 32 mJ at 1064 or 40 mJ at 1053nm @ 10 Hz, and rep rates up to 50Hz. The high peak powers and low divergence of the Q1 series enable efficient harmonic conversion through the 5th harmonic (213 or 211nm). The innovative design results in a user-friendly, turnkey system that requires little maintenance, and the laser’s variable pulse repetition rate and built-in sync pulse generator provide flexibility for triggering user equipment.
The Q2HE series is a high–energy, q-switched, DPSS laser series, available in either 1053nm or 1064nm fundamental wavelengths, with optional 2nd, 3rd, 4th, or 5th harmonic generation. This air-cooled series of lasers is designed for a wide range of applications that require high peak power pulses. Due to a short laser cavity, excellent thermal properties of the crystal, and an innovative water-free crystal cooling technology, the Q2HE series can deliver up to 120mJ of pulse energy and/or up to 5W average output power. This advanced laser design results in a compact, user-friendly turnkey system that requires little maintenance.
The RPK Series of multiple, single-emitter fiber-coupled diode lasers are available in wavelengths from 405nm thru 1550nm with up to ≈ 500W output power. Our specialized fiber-coupling techniques ensure high efficiency, stability, and superior beam quality, while rigorous inspections and burn-in procedures guarantee each product’s reliability, stability, and long lifetime. Highly customizable packages allow us to meet our customers’ specific needs, providing high-quality products at reasonable prices.
The RWLD series offers competitively priced laser diodes with high beam quality and a wide variety of products to support multiple applications. Available in a wide range of wavelengths, power levels, and packages. The RWLD wavelength options span from 405nm to 1650nm, with output powers in the range of 10 mW to 300 mW, packaged in a TO-18 package with photodiode. We also offer customized options, such as a customized wavelength, output power, or a special package to meet your specific needs.
The RWLP series offers an affordable and versatile solution for your laser application needs with single-mode and multimode options and wavelengths from 405nm thru the IR region. With customizable options, our team can work with you to solve any challenges you may face. Rigorously tested for long-term reliability, the RWLP series ensures consistent performance and high beam quality. Perfect for integration, this series supports multiple applications including biological and analytical instrumentation.
The Microchip series is a line of ultra-compact, single longitudinal mode (SLM), narrow linewidth, passive q-switch, ns/ps pulsed DPSS lasers. Offering exceptional performance and versatility in a compact form factor, every model is 1:1 interchangeable, regardless of wavelength. The lasers feature pulse widths from 400 ps to 2 ns, pulse energy up to 80 µJ, and repetition rates up to 100 kHz. Available in wavelengths from the UV to the NIR, this series is designed for LIDAR, 3D scanning, LIBS, night vision, and more.
The SL-Pico series of picosecond supercontinuum lasers is designed to meet the diverse and dynamic needs of cutting-edge research and industrial applications. These supercontinuum white lasers are highly regarded for their wide wavelength range and cost-effectiveness. The SL-Pico offers a spectral range from 410 to 2400 nm, has high power, is very stable, and is capable of delivering power up to 8 W. The SLM versions are mode-locked fiber lasers with a fixed rep. rate, and the SLMV versions have a tunable repetition rate (up to 40 or 200 MHz), ensuring compatibility with a wide range of devices and various applications like fluorescence microscopy, TCSP, hyperspectral imaging, semiconductor inspection, and much more!
The SOL series is the most compact, air-cooled, Q-switched DPSS nanosecond industrial laser solution available with output power up to 60W @ 1064nm, designed for thin film removal, marking, and PCB repair applications. With its excellent beam quality, high peak power, wavelength options (1064, 532 & 355 nm), PRR from single shot up to 200 kHz, optional CW configuration, customization options, and a wide range of add-ons, this series is an excellent solution for OEM integrators, application specialists, and researchers. With attractive pricing (especially volume pricing) and a rugged, compact, lightweight, and easy-to-use single-unit design, the SOL laser is easy to integrate into any system, providing superior operational flexibility and performance/cost ratio.
The TLS series is the broadest continuously optically tunable broadband picosecond laser combining a supercontinuum laser & tunable bandpass filter. Users can tune output power, wavelengths from 410-1700nm by choosing the VIS, IR, SWIR, or a custom configuration, and real-time bandwidth control for TLS-Red (10 or 20nm fixed for TLS-Blue). These picosecond tunable lasers are suitable for various fields that require precision scanning and high output from fluorescence microscopy to time-resolved spectroscopy, such as TCSPC, Hyperspectral imaging, Machine vision, Semiconductors, Sensors, and other applications.
The RWLS series of RGB White Laser Diodes offers customizable, versatile, and reliable solution for your laser applications. Available in a wide range of power levels, with three base wavelengths: 635 nm (Red), 520nm (Green), and 445nm (Blue), the RWLS series can be tailored to your exact specifications. Typically packaged in a pigtailed HHL configuration, with built-in TEC, there are also plenty of customization options including wavelength, power, and packaging.
The VaryDisk Series is a versatile family of thin-disk laser systems that provide high pulse energies at high average powers and are suitable for lab or industrial use. These thin-disk regenerative amplifiers offer a range of output specifications to fit various application needs. The base configurations provide 25 W average power with 2.5 mJ pulse energy @ 343 nm (THG), 50 W and 5 mJ @ 515 nm (SHG), and 100W and 100 mJ @ 1030 nm.
The Vento series is a compact and ruggedized sub-nanosecond MOPA laser series, providing fully tailored solutions, whether operating in a clean, scientific laboratory or in harsh industrial machining or airborne LIDAR application environments, requiring a low SWaP configuration. With pulse durations down to 500 ps and repetition rates up to 200 kHz, this laser series produces a high average power of up to 50 W @ 532 nm and up to 100 W @ 1064 nm. Choose from many options including beam expanding & collimating options, low jitter options, air- or water-cooling, an industrial or up to IP68 protected package, and more options, depending on your requirements.
The Wedge series of DPSS lasers is a rugged industrial solution, designed for seamless integration into OEM micromachining, LIDAR, and LIBS end-user systems. Based on proprietary fast Q-switching technology, this series is compact, sealed, and monolithic, making them insensitive to vibrations & harsh environments. High peak powers, relatively low energy, and low heat generation allow efficient ablation and non-linear interaction. Available from 266 nm to ≈ 3 µm, up to 4 mJ pulse energy @ 1064, and up to 4 MW peak power, the lightweight, air-cooled package benefits LIDAR and aerospace applications, while short pulses provide exact time-of-flight measurements. Many optional add-ons and customization options.
SHIPS TODAY 
The Aero Series is a high-energy, nanosecond pulsed DPSS laser, available at 266, 355, 532, and 1064nm, with up to 10W output power at 1064 (up to 200 mJ with water-cooling). This series provides unparalleled precision and accuracy in even the most challenging environments, ideal for LIBS, spectroscopy, and atmospheric LIDAR applications. All models come enclosed in an air-cooled, extremely compact and ruggedized, thermo-mechanically stable, low SWaP single unit platform, with options for air- or water-cooling, a range of add-ons, and even complete customization to fit your exact needs. Upon request, customized models undergo severe vibration and qualification tests for operation in space.
The CEUV series is a commercial line of compact and efficient DPSS laser sources, capable of operating over a wide range of pulsing conditions (duty-cycle and PRF), in a low SWaP package, with average power up to ≈5W @ 266nm, 10W @ 355nm or 532nm, 20W @ 1064nm. This series of DPSS lasers provides a combination of compact, efficient, and high-power performance in a rugged design suitable for harsh environments and airborne applications. The design has been tested in brassboard hardware and a prototype is being developed.
The Lampo Series is a line of compact ultrafast lasers that deliver megawatt-level ps laser pulses at a selectable PRR from 50 kHz to 40 MHz. Available in IR (1064 nm), SHG (532 nm), and Deep-UV (266 nm) versions (355nm by request), the series offers pulse durations < 70 ps and average power up to 20W, 10W, and 1.5W respectively. With pulse energy up to 250uJ, 150uJ, and 30uJ, these lasers are ideal for a wide range of scientific, industrial, defense, medical, biological, and LIDAR applications. Built into a rugged, air-cooled single-unit laser head, these lasers are easy to operate and integrate, making them a valuable tool for sophisticated laser systems and lab applications.
The MicroMake Series is a fully-integrated, compact, sub-ns DPSS laser micromachining system for high precision and resolution applications. A flexible platform at 532 & 266 nm, with >40 kW of peak power and processing speeds up to 100mm/second, the system includes all the needed devices for direct laser micro-processing in a single, monolithic, air-cooled configuration. Equipped with a live microscope, alignments and in-process quality checks are a breeze. All these features perfectly suit various materials utilized in microelectronic circuits, displays fabrication and correction, biomedical device machining and optical substrates microprocessing.
The Q-DOUBLE series is a DPSS, air-cooled, q-switched laser at 1064 or 1053 nm, designed to produce two pulses with variable temporal separation for PIV, LIBS, and other applications. The Q-DOUBLE can be configured for up to 160 mJ pulse energy @ 10 Hz or up to 40 mJ @ 100 Hz. The innovative laser design integrates all electronics (except power adapter) into the housing, resulting in a compact, user-friendly, turnkey, and air-cooled (water-free) system requiring little maintenance. User-friendly web-based GUI allows remote monitoring, control, and support from any computer or even a smartphone. Optional add-ons include built-in 2nd, 3rd, or 4th harmonic generator, built-in attenuator, energy monitor, and optional short cavity version.
The SL-Pico series of picosecond supercontinuum lasers is designed to meet the diverse and dynamic needs of cutting-edge research and industrial applications. These supercontinuum white lasers are highly regarded for their wide wavelength range and cost-effectiveness. The SL-Pico offers a spectral range from 410 to 2400 nm, has high power, is very stable, and is capable of delivering power up to 8 W. The SLM versions are mode-locked fiber lasers with a fixed rep. rate, and the SLMV versions have a tunable repetition rate (up to 40 or 200 MHz), ensuring compatibility with a wide range of devices and various applications like fluorescence microscopy, TCSP, hyperspectral imaging, semiconductor inspection, and much more!
The TLS series is the broadest continuously optically tunable broadband picosecond laser combining a supercontinuum laser & tunable bandpass filter. Users can tune output power, wavelengths from 410-1700nm by choosing the VIS, IR, SWIR, or a custom configuration, and real-time bandwidth control for TLS-Red (10 or 20nm fixed for TLS-Blue). These picosecond tunable lasers are suitable for various fields that require precision scanning and high output from fluorescence microscopy to time-resolved spectroscopy, such as TCSPC, Hyperspectral imaging, Machine vision, Semiconductors, Sensors, and other applications.
The VaryDisk Series is a versatile family of thin-disk laser systems that provide high pulse energies at high average powers and are suitable for lab or industrial use. These thin-disk regenerative amplifiers offer a range of output specifications to fit various application needs. The base configurations provide 25 W average power with 2.5 mJ pulse energy @ 343 nm (THG), 50 W and 5 mJ @ 515 nm (SHG), and 100W and 100 mJ @ 1030 nm.
