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Solid State Lasers

NBU-1012 discharge circuit is designed for simplification of solid-state laser systems development. The module forms quasi-rectangular pulses on a flashlamp (using energy stored in an external capacitor bank) and provides simmer current during the interval between pulses. By default, NBU-1012 includes capabilities both for serial and ...

Specifications

Flashlamp Voltage: 1000 V
Flashlamp Current: 1000 A
Pulse Width Min: 50 us
Pulse Width Max: 100 ms
Data Sheet
Our sub-nanosecond Nd:YAG Q-switched flash lamp amplified laser system generate up to 500 mJ at 1064 nm.These systems are built with a robust industrial-grade aluminum laser head and a compact power supply unit, both equipped with efficient water-to-air cooling.Their compact size and alignment-free design ensure easy integration with ...

Specifications

Wavelength: 1064 nm
Pulse Energy: 500 mJ
Pulse Energy Stability: 1 %
Pulse Duration: 0.35 ns
Repetition Rate: 1-10Hz
...
Data Sheet
Nd: YAG crystal material is widely used in industrial, medical, military and scientific research fields. Nd: YAG continues being as the best of the rare earth garnet materials that are characterized by four-level laser operation which permits low threshold pulse and CW operation. Nd:YAG application solutions including pump diode, ...

Specifications

Avg. Power: 200-20000 W
Wavelength: 1064 nm
Repetition Rate: 5-20kHz
Spatial Mode (M^2): 1.2
Pulse Duration: 15+/-5 ns
...
Data Sheet
The LCX-1064S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module.  The LCX lasers are self-contained DPSS laser modules that ...

Specifications

Wavelength: 1064 nm
Max Output Power: 200 mW
Data Sheet
Introducing the Q2 series Diode Pumped Air-cooled Q-switched Laser, a cutting-edge solution for applications demanding high peak power pulses. Engineered by Quantum Light Instruments, this laser boasts innovative water-free laser crystal end-pumping technology, delivering Gaussian-like, low-divergence laser beams. With its versatile ...

Specifications

Avg. Power: 0.300 W
Wavelength: 355 nm
Repetition Rate: 0-0.01kHz
Spatial Mode (M^2): --
Pulse Duration: 8 ns
...
Data Sheet
Introducing the Q2 series Diode Pumped Air-cooled Q-switched Laser, a cutting-edge solution for applications demanding high peak power pulses. Engineered by Quantum Light Instruments, this laser boasts innovative water-free laser crystal end-pumping technology, delivering Gaussian-like, low-divergence laser beams. With its versatile ...

Specifications

Avg. Power: 0.140 W
Wavelength: 266 nm
Repetition Rate: 0-0.02kHz
Spatial Mode (M^2): --
Pulse Duration: 8 ns
...
Data Sheet
Introducing the Q2 series Diode Pumped Air-cooled Q-switched Laser, a cutting-edge solution for applications demanding high peak power pulses. Engineered by Quantum Light Instruments, this laser boasts innovative water-free laser crystal end-pumping technology, delivering Gaussian-like, low-divergence laser beams. With its versatile ...

Specifications

Avg. Power: 1 W
Wavelength: 1064 nm
Repetition Rate: 0-0.01kHz
Spatial Mode (M^2): --
Pulse Duration: 8 ns
...
Data Sheet
Introducing the Q2 series Diode Pumped Air-cooled Q-switched Laser, a cutting-edge solution for applications demanding high peak power pulses. Engineered by Quantum Light Instruments, this laser boasts innovative water-free laser crystal end-pumping technology, delivering Gaussian-like, low-divergence laser beams. With its versatile ...

Specifications

Avg. Power: 0.400 W
Wavelength: 532 nm
Repetition Rate: 0-0.01kHz
Spatial Mode (M^2): --
Pulse Duration: 8 ns
...
Data Sheet
Microchip nanosecond laser transmitters based on Er3+,Yb3+:phosphate glass slab laser gain for 1535nm eye safe applications for high repetition frequency demands, eg. Lidar, transmitters integrated with PIN and beam expander can be supplied as required as optional.   Other modules: 1-10Hz adjustable repetition rated ...

Specifications

Avg. Power: 4000 W
Wavelength: 1535 nm
Repetition Rate: 1-5kHz
Spatial Mode (M^2): TEM00
Pulse Duration: 5 ns
...
Data Sheet
532nm Visible DPSS CW Laser MGL-III-532
PhotonTech Berlin
The MGL-III-532 is an all solid-state 532nm green laser known for its high output power stability, good beam profile, ultra-compact design, long lifetime, low cost, and ease of operation. It finds applications in collimation, laser medical treatment, scientific experiments, optical instruments, laser displays, laser lighting shows, ...

Specifications

Wavelength: 532 nm
Max Output Power: 300 mW
Cooling Method: Other (not specified)
Tunability: Single Wavelength Tunable
Control Interface: Analog Control, Other (not specified)
...
Data Sheet
473nm Single Frequency DPSS CW Visible Laser MSL-FN-473
PhotonTech Berlin
The MSL-FN-473 is an all solid-state single longitudinal mode blue laser at 473nm known for its ultra-compact design, long lifetime, low cost, and ease of operation. It finds applications in DNA sequencing, flow cytometry, cell sorting, optical instruments, spectrum analysis, interference, measurement, holography, brillouin ...

Specifications

Wavelength: 473 nm
Max Output Power: 100 mW
Cooling Method: Other (not specified)
Tunability: Single Wavelength Tunable
Control Interface: Other (not specified)
...
Data Sheet
671nm Single Longitudinal Visible DPSS CW Laser MSL-FN-671
PhotonTech Berlin
The MSL-FN-671 is an all solid-state single longitudinal mode red laser at 671nm known for its ultra-compact design, long lifetime, low cost, and ease of operation. It finds applications in DNA sequencing, flow cytometry, cell sorting, optical instruments, spectrum analysis, interference, measurement, holography, brillouin ...

Specifications

Wavelength: 671 nm
Max Output Power: 500 mW
Cooling Method: Other (not specified)
Tunability: Single Wavelength Tunable
Control Interface: Other (not specified)
...
Data Sheet
MPL-F-266 266nm DPSS Ultraviolet Laser
PhotonTech Berlin
The MPL-F Series features all-solid-state UV and infrared lasers known for their ultra-compact design, cost-effectiveness, and ease of operation. These lasers find extensive applications in UV curing, micro-electronics, CD carving, laser medical treatment, scientific experiments, and laser fluorescence.

Specifications

Avg. Power: 10000 W
Wavelength: 266 nm
Repetition Rate: 1-4kHz
Spatial Mode (M^2): <2
Pulse Duration: 4 ns
...
Data Sheet
AO-S-266 266nm DPSS Ultraviolet Laser
PhotonTech Berlin
The AO-S series features all solid-state acousto-optic Q-switched lasers known for their high peak power, high repetition rate, and short pulse duration. These lasers find widespread use in material processing, measurements, scientific research, and more.

Specifications

Avg. Power: 0.1 W
Wavelength: 266 nm
Repetition Rate: .001-~5kHz
Spatial Mode (M^2): <2
Pulse Duration: ~4 ns
...
Data Sheet
MPL-F-355 355nm DPSS Ultraviolet Laser
PhotonTech Berlin
The MPL-F Series features all-solid-state UV and infrared lasers known for their ultra-compact design, cost-effectiveness, and ease of operation. These lasers find extensive applications in UV curing, micro-electronics, CD carving, laser medical treatment, scientific experiments, and laser fluorescence.

Specifications

Avg. Power: 0.1 W
Wavelength: 355 nm
Repetition Rate: 1-4kHz
Spatial Mode (M^2): <2.0
Pulse Duration: 5 ns
...
Data Sheet
355nm DPSS CW Ultraviolet Laser UV-FN-355
PhotonTech Berlin
All solid-state UV laser featuring high output power stability, compact design, and easy operation. Suitable for various applications including collimation, medical treatment, and scientific experiments.

Specifications

Wavelength: 355 nm
Max Output Power: 10 mW
Cooling Method: Other (not specified)
Tunability: Single Wavelength Tunable
Control Interface: Other (not specified)
...
Data Sheet
The TDM 1.1 Thin Disk Pump Module by RPMC Lasers Inc is a robust and efficient component designed for laser systems. With the capability to handle pump powers of up to 1 kW at wavelengths ranging from 940 nm to 969 nm, this module is essential for pumping thin disk gain media, such as Yb:YAG. Its symmetrical cooling system ensures ...

Specifications

Pump Power: Up to 1 kW @ 940 nm – 969 nm
Pump Spot Diameter: 2.0 – 6.0 mm
Cooling: Water-cooled
Compatible Gain Media: TD12-7 Thin Disk Gain Media
Pump Fiber Interfaces: PT-B / PT-D / QBH / SMA
...
Data Sheet
Experience unparalleled power and precision with the TDM 10.0 Thin Disk Pump Module by RPMC Lasers Inc. This cutting-edge module is engineered to handle up to 10 kW of pump power with exceptional efficiency and reliability. Designed to seamlessly integrate with TD20 and TD25 Thin Disk Gain Media, it offers a versatile platform for a ...

Specifications

Pump Power: Up to 10 kW @ 940 nm – 969 nm
Thin Disk Gain Media: TD20 & TD25 (not included)
Pump Spot Diameter: Up to ≈ 20 mm
Pass Design: 24 passes (optional 48 passes)
Fiber Interfaces: PT-B / PT-D / QBH / SMA
...
Data Sheet
The TDM 3.0 Thin Disk Pump Module is a cutting-edge laser component engineered for high-power laser systems, boasting an impressive capability to guide up to 3 kW of pump power efficiently. Designed to accommodate various laser active thin disk media, such as Yb:YAG, this module ensures optimal performance in research and development ...

Specifications

Pump Power: Up to 3 kW @ 940 nm – 969 nm
Thin Disk Gain Media: TD20 (TD12 optional)
Pump Spot Diameter: Up to 12 mm
Pass Design: 48 pass pump design
Cooling: Symmetrical water-cooled design
...
Data Sheet
The Quantas-Q1-213 series stands at the forefront of nanosecond, Diode-Pumped Solid State (DPSS) laser technology, specifically engineered to deliver high-energy pulses at the ultraviolet wavelength of 213 nm. This series is characterized by its ability to produce pulse energies ranging from 0.5 mJ to 2 mJ, with pulse durations ...

Specifications

Avg. Power: 0.005-0.02 W
Wavelength: 213 nm
Repetition Rate: 0.001-0.05kHz
Spatial Mode (M^2): --
Pulse Duration: 8 to 10 ns
...
Data Sheet
The Quantas-Q1-1064 series DPSS laser is tailored for applications demanding high energy and precision. Operating at a fundamental wavelength of 1064 nm, this series is capable of delivering pulse energies up to 35 mJ, with pulse durations maintained under 8 ns at a repetition rate of up to 10 Hz, making it an ideal solution for a ...

Specifications

Avg. Power: 0.1-0.35 W
Wavelength: 1064 nm
Repetition Rate: 0.001-0.05kHz
Spatial Mode (M^2): --
Pulse Duration: 8 to 10 ns
...
Data Sheet
The Quantas-Q1-266 series embodies the latest advancements in Diode-Pumped Solid State (DPSS) laser technology, optimized for delivering high-energy pulses at the deep ultraviolet wavelength of 266 nm. This series is capable of generating pulse energies ranging from 1.5 mJ to 5 mJ, with pulse durations below 8 ns at a repetition rate ...

Specifications

Avg. Power: 0.5 W
Wavelength: 266 nm
Repetition Rate: 0.001-0.05kHz
Spatial Mode (M^2): --
Pulse Duration: 8 to 10 ns
...
Data Sheet
The Quantas-Q1-532 series represents the evolution of Diode-Pumped Solid State (DPSS) laser technology, tailored to deliver high-energy pulses at the green wavelength of 532 nm. Capable of producing pulse energies ranging from 5 mJ to 17 mJ with pulse durations under 8 ns at repetition rates up to 10 Hz, this series is engineered for ...

Specifications

Avg. Power: 0.17 W
Wavelength: 532 nm
Repetition Rate: 0.001-0.05kHz
Spatial Mode (M^2): --
Pulse Duration: 8 to 10 ns
...
Data Sheet
The Quantas-Q2-213 series is specifically designed to deliver high-energy pulses at the deep ultraviolet wavelength of 213 nm. This series boasts the capability to produce pulse energies ranging from 0.5 mJ to 3.5 mJ, with pulse durations under 5 ns at repetition rates up to 10 Hz, extending up to 200 Hz in various configurations. ...

Specifications

Avg. Power: 0.005-0.035 W
Wavelength: 213 nm
Repetition Rate: 0.01-0.2kHz
Spatial Mode (M^2): --
Pulse Duration: 5 to 10 ns
...
Data Sheet
The Quantas-Q2HE-1064 series represents the cutting edge in Diode-Pumped Solid State (DPSS) laser technology, meticulously designed to deliver high-energy pulses at the fundamental infrared wavelength of 1064 nm. Capable of producing high peak power pulses with energy levels up to 70 mJ and average power outputs up to 4W at ...

Specifications

Avg. Power: 4 W
Wavelength: 1064 nm
Repetition Rate: 0.01-0.1kHz
Spatial Mode (M^2): --
Pulse Duration: <7 ns
...
Data Sheet

Frequently Asked Questions

A solid-state laser is a type of laser that uses a solid-state gain medium, such as a crystal or glass, instead of a gas or liquid. The gain medium is excited with a flashlamp or diode, which causes the atoms to emit photons and generate laser light.

Solid-state lasers offer several advantages over other types of lasers, including high efficiency, compact size, and long lifetime. They can also produce high power and high energy pulses, making them ideal for applications such as cutting, welding, and marking.

When choosing a solid-state laser, you should consider factors such as output power, pulse duration, repetition rate, wavelength, and beam quality. It's also important to consider the specific requirements of your application and choose a laser that meets those requirements.

Proper maintenance and service are important for maximizing the performance and lifespan of your solid-state laser. This may include cleaning the optics and gain medium, checking and replacing the flashlamps or diodes, and monitoring the output power and beam quality. It's recommended to consult with the manufacturer or a qualified service technician for specific maintenance and service instructions.

Solid state lasers offer several advantages, including high efficiency, compact size, and long lifetime. They also have a high beam quality, which makes them ideal for applications that require precise control and accuracy.

Solid state lasers are typically made using materials such as neodymium-doped yttrium aluminum garnet (Nd:YAG), neodymium-doped yttrium orthovanadate (Nd:YVO4), and titanium-doped sapphire (Ti:Sapphire). These materials have unique properties that make them well-suited for laser applications.

Solid-state lasers offer high beam quality, reliability, and efficiency, making them ideal for material processing applications. They also offer a wide range of wavelengths, allowing for precise control over the laser's interaction with different materials.

Solid-state lasers are generally more compact, efficient, and reliable than gas lasers. They also offer a wider range of wavelengths and higher beam quality, making them more versatile in their applications.

Yes, solid-state lasers are used in a variety of medical applications, such as dermatology, ophthalmology, and dentistry. They are often used for precise cutting and tissue removal, as well as for treating vascular and pigmented lesions.

The solid-state laser is a type of laser that uses a solid gain medium instead of a liquid or gas medium. This type of laser is known for its high power output and beam quality, making it useful in a wide range of applications such as laser cutting, welding, marking, and drilling. Solid-state lasers are also preferred for scientific and medical applications due to their high stability and reliability. At FindLight, we offer a wide range of solid-state lasers from leading manufacturers, including diode-pumped solid-state lasers, fiber-coupled solid-state lasers, and ultrafast solid-state lasers. Whether you are looking for a specific wavelength, power output, or pulse duration, we can help you find the right solid-state laser for your application.

Did You know?

Did you know that solid-state lasers are known for their high efficiency, reliability, and precision? Unlike gas or liquid-based lasers, solid-state lasers use a solid gain medium, typically a crystalline or glass material doped with rare earth or transition metal ions, to amplify light. Solid-state lasers are used in a wide range of applications, including scientific research, material processing, medical procedures, and defense. They are capable of producing high power outputs, narrow linewidths, and ultrashort pulses, making them a popular choice for applications that require high precision and accuracy. Additionally, solid-state lasers can be designed to emit at a variety of wavelengths, from the ultraviolet to the infrared, making them versatile tools for a wide range of applications.