Nd:YAG and Nd:YLF lasers

Our Products

Our lasers are optimized to produce nanosecond pulses with up to 120 mJ energy per pulse, at up to 5 W average power. Air-cooled, water-free and cost effective solution for wide range of applications, including LIBS, LIDAR, TOFS, micromachining and others.


Reliability is our top priority. Our products are designed to require minimum maintenance and produce stable output in changing environmental conditions.


Our products are ready for high volume production. No state-of-the-art components or assembly techniques results in repeatable day-to-day manufacturing.


Laser modular design allows quick replacement of worn or faulty components.

Our Products


We are designing and producing compact, diode-pumped, air-cooled (and water-free!), passively or actively Q-switched, diode-pumped, solid-state lasers and accessories for them (harmonics generators, OPOs, Raman shifters, attenuators, energy monitors, fiber couplers etc.).


Introducing Q2-D33 and Q2-E33

We are happy to introduce new additions to the Q2 lasers family. New model D33 operate at 1053 nm or 1064 nm and E33 operate at 1064 nm fundamental wavelength. Both new models operate at 33 Hz repetition rate. Our new lasers Q2-D33 pulse duration was

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Introducing Q-SPARK-C10

Our Q-SPARK laser family expanded with new member.  Q-SPARK-C10 is producing pulse energy of 20 mJ @1064 nm at 10 Hz pulse repetition rate. Pulse duration was measured to be <1.5 ns, typical peak power is estimated to be in 15 MW range. The laser can be configured with build-in 2nd, 3rd or 4th optional

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Introducing new product: Q-TUNE-IR

We are excited to announce our new product: Q-TUNE-IR single housing tunable wavelenght system. Q-TUNE-IR differs from the typical Q-TUNE system by its ability to generate laser radiation in the infrared range, 1380 – 4500 nm. Q-TUNE-IR system has typical pulse

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Introducing Q-SHIFT laser family

Meet our latest product: Q-SHIFT laser family. Q-SHIFT is family of Q-switched lasers with build-in nonlinear wavelength conversion stage that allows to produce wavelengths that are not accessible with conventional solid-state laser sources. As pump sources our Nd:YAG or Nd:YLF

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