+7 (812) 645-08-06
Solid state lasers: DPSS lasers
select brand
Compensation laser / diode-pumped / DPSS - JenLas® D2.mini 2/3 W
The JenLas® D2.mini is like the other D2-products a doubled-frequency, diode-pumped thin-disc laser with good beam quality, operating at the wavelength of 532 nm and providing 2/3 W (cw)...
Compensation laser / diode-pumped / DPSS - JenLas® D2.mini 2/3 W
The JenLas® D2.mini is like the other D2-products a doubled-frequency, diode-pumped thin-disc laser with good beam quality, operating at the wavelength of 532 nm and providing 2/3 W (cw)...
Compensation laser / DPSS / diode-pumped - JenLas® D2
The JenLas® D2.x is a doubled-frequency, diode-pumped thin-disc laser with high beam quality, operating at the wavelength of 532 nm and providing from 3 W up to 5 W (cw) of output power. Efficiency and modulation capability of its cw-radiation...
Compensation laser / DPSS / diode-pumped - JenLas® D2
The JenLas® D2.x is a doubled-frequency, diode-pumped thin-disc laser with high beam quality, operating at the wavelength of 532 nm and providing from 3 W up to 5 W (cw) of output power. Efficiency and modulation capability of its cw-radiation...
DPSS laser / infrared - JenLas® disk IR50 / IR70
The JenLas® disk IR50 & JenLas® disk IR70 with output powers of 45 W and 65 W are Jenoptik´s disk-laser-generation for precision material processing.
The lasers allow achieving the highest quality at maximum throughput.
Product features are optimal laser parameters such as adjustable laser pulse length and independently adjustable...
The lasers allow achieving the highest quality at maximum throughput.
Product features are optimal laser parameters such as adjustable laser pulse length and independently adjustable...
DPSS laser / infrared - JenLas® disk IR50 / IR70
The JenLas® disk IR50 & JenLas® disk IR70 with output powers of 45 W and 65 W are Jenoptik´s disk-laser-generation for precision material processing.
The lasers allow achieving the highest quality at maximum throughput.
Product features are optimal laser parameters such as adjustable laser pulse length and independently adjustable...
The lasers allow achieving the highest quality at maximum throughput.
Product features are optimal laser parameters such as adjustable laser pulse length and independently adjustable...
Compensation laser / DPSS / diode-pumped - JenLas® D2.8
Providing an output power of up to 8 W (cw), the JenLas® D2.8 is the big brother to the JenLas® D2. It is a doubled-frequency, diode-pumped thin-disc laser with high beam quality that operates at the wavelength of 532 nm. Despite this...
Compensation laser / DPSS / diode-pumped - JenLas® D2.8
Providing an output power of up to 8 W (cw), the JenLas® D2.8 is the big brother to the JenLas® D2. It is a doubled-frequency, diode-pumped thin-disc laser with high beam quality that operates at the wavelength of 532 nm. Despite this...
Compensation laser / DPSS / diode-pumped - JenLas® D2.mini 5/8 W
The JenLas® D2.mini 5/8 W with up to 8 W output is an improvement based on the innovative JenLas® D2.mini technology. It is a doubled-frequency, diode-pumped thin-disc laser with good beam quality,...
Compensation laser / DPSS / diode-pumped - JenLas® D2.mini 5/8 W
The JenLas® D2.mini 5/8 W with up to 8 W output is an improvement based on the innovative JenLas® D2.mini technology. It is a doubled-frequency, diode-pumped thin-disc laser with good beam quality,...
DPSS laser / Q-switched / infrared / high-power - 355 - 532 nm, 10 - 44 W | Pulseo ®
Spectra-Physics q-switched DPSS lasers are a combination of decades of experience with latest laser technology and leadership in application knowledge. To meet consumers exact requirements, Spectra-Physics top-performing lasers are available for a variety of operating conditions including wavelength, power, pulse...
DPSS laser / Q-switched / infrared / high-power - 355 - 532 nm, 10 - 44 W | Pulseo ®
Spectra-Physics q-switched DPSS lasers are a combination of decades of experience with latest laser technology and leadership in application knowledge. To meet consumers exact requirements, Spectra-Physics top-performing lasers are available for a variety of operating conditions including wavelength, power, pulse...
DPSS laser / Q-switched / triggered / ultraviolet - 355 - 532 nm | Talon series
The Talon™ series belongs to the class of UV and green diode-pumped solid state Q-switched laser which is manufactured by Newport. It has a rugged design that is appropriate in supplying the long-tern performance...
DPSS laser / Q-switched / triggered / ultraviolet - 355 - 532 nm | Talon series
The Talon™ series belongs to the class of UV and green diode-pumped solid state Q-switched laser which is manufactured by Newport. It has a rugged design that is appropriate in supplying the long-tern performance...
DPSS laser / CW / green / cooled - 532 nm, 2 - 20 W | Verdi series
Verdi is a family of optically pumped semiconductor lasers (OPSL) and diode-pumped solid-state (DPSS) lasers with CW power up to 20W at 532 nm.
Verdi is the preferred pump laser...
Verdi is the preferred pump laser...
DPSS laser / CW / green / cooled - 532 nm, 2 - 20 W | Verdi series
Verdi is a family of optically pumped semiconductor lasers (OPSL) and diode-pumped solid-state (DPSS) lasers with CW power up to 20W at 532 nm.
Verdi is the preferred pump laser for Ti:Sapphire oscillators and amplifiers. The Verdi G-Series (OPSL technology) is available at 2W, 5W, 7W, 8W, 10W, 12W, 15W, 18W and 20W. For single frequency applications such as holography and atom cooling and trapping, the Verdi G-Series is offered at 2W and 5W, and the V-Series (DPSS technology) is offered at 6W, 8W, 10W, 12W and 18W. All Verdi are specified with the lowest noise commercially available (<0.02% RMS) and are best suited for Carrier Envelope Phase Stabilization (CEPS).
Verdi is the preferred pump laser for Ti:Sapphire oscillators and amplifiers. The Verdi G-Series (OPSL technology) is available at 2W, 5W, 7W, 8W, 10W, 12W, 15W, 18W and 20W. For single frequency applications such as holography and atom cooling and trapping, the Verdi G-Series is offered at 2W and 5W, and the V-Series (DPSS technology) is offered at 6W, 8W, 10W, 12W and 18W. All Verdi are specified with the lowest noise commercially available (<0.02% RMS) and are best suited for Carrier Envelope Phase Stabilization (CEPS).
DPSS laser / CW / for semiconductors - 2 - 20 W, 532 nm | Verdi G series
Presenting a revolutionary new product, The Verdi G-Series Lasers by COHERENT. Coherent is well known for their products of great reliability, versatility...
DPSS laser / CW / for semiconductors - 2 - 20 W, 532 nm | Verdi G series
Presenting a revolutionary new product, The Verdi G-Series Lasers by COHERENT. Coherent is well known for their products of great reliability, versatility and utmost quality they produce; Thus making their products admired and sought after. It features optically pumped semiconductor lasers (OPSL) and diode-pumped solid-state (DPSS) lasers with CW power up to 20W at 532 nm. It comes in 2W, 5W, 7W, 8W, 10W, 12W, 15W, 18W and 20W. It is designed to cater a wide variety of applications and concepts. It is top of the line and is state of the art at the same time. A must have.
DPSS laser / actively Q-switched / picosecond / triggered - 532, 1064 nm, 1 - 5 W | HELIOS
Helios lasers are known for their coherence in the green and the IR, as well as for their compatibility with various microelectronics and micro-machining applications....
DPSS laser / actively Q-switched / picosecond / triggered - 532, 1064 nm, 1 - 5 W | HELIOS
Helios lasers are known for their coherence in the green and the IR, as well as for their compatibility with various microelectronics and micro-machining applications. So if you are working in this field, this is most definitely an item worth exploring.
An aspect worth mentioning is the high peak power, along with the delivery of a large number of photons. In addition, the delivery of the laser pulse is characterized by great precision, which is mainly due to the inclusion of the electro-optical Q-switch, which is fast and precise. So buy now and enjoy this low cost solution, which will never compromise quality.
An aspect worth mentioning is the high peak power, along with the delivery of a large number of photons. In addition, the delivery of the laser pulse is characterized by great precision, which is mainly due to the inclusion of the electro-optical Q-switch, which is fast and precise. So buy now and enjoy this low cost solution, which will never compromise quality.
DPSS laser / nanosecond / triggered / Q-switched - 355 - 1064 nm | FLARE series
This FLARE laser is designed for next generation tool development in Life Sciences and instrumentation applications. This product consists of nanosecond lasers...
DPSS laser / nanosecond / triggered / Q-switched - 355 - 1064 nm | FLARE series
This FLARE laser is designed for next generation tool development in Life Sciences and instrumentation applications. This product consists of nanosecond lasers with wavelengths from the UV to the IR, pulse energies up to 1 mJ with pulse on-demand control, and repetition rates from 10Hz to 1 kHz. The FLare laser device has a remarkable ultra compact and rugged designed that provides an excellent performance. The system configuration includes digital driver that allows for cost efficient integration in OEM designs. It has a unique features that makes FLARE the low cost of ownership solution for a various types of applications.
DPSS laser / triggered / Q-switched / precision - 266 - 532 nm, 3 - 45 W | AVIA series
AVIA diode-pumped, solid-state, Q-switched lasers are offered at 532 nm, 355 nm and 266 nm, with output powers as high as 45W at 532 nm.
The...
The...
DPSS laser / triggered / Q-switched / precision - 266 - 532 nm, 3 - 45 W | AVIA series
AVIA diode-pumped, solid-state, Q-switched lasers are offered at 532 nm, 355 nm and 266 nm, with output powers as high as 45W at 532 nm.
The beam quality, high repetition rate and high output power of AVIA lasers combine to minimize the heat-affected zone in micromachining applications. These characteristics, plus their proven reliability and low cost of ownership make AVIA lasers suitable for a wide range of demanding, high-precision processing tasks. These include via drilling, silicon wafer sawing and scribing, solar cell manufacturing and electronic package singulation.
The beam quality, high repetition rate and high output power of AVIA lasers combine to minimize the heat-affected zone in micromachining applications. These characteristics, plus their proven reliability and low cost of ownership make AVIA lasers suitable for a wide range of demanding, high-precision processing tasks. These include via drilling, silicon wafer sawing and scribing, solar cell manufacturing and electronic package singulation.