Nanosecond pulsed lasers generate short-duration optical pulses with high peak power while maintaining efficient operation and excellent beam quality. These systems are widely used in applications where controlled energy delivery and temporal precision are critical.
Our nanosecond laser portfolio supports a broad range of wavelengths, pulse energies, repetition rates, and integration formats for laboratory and OEM environments.
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 | Compact acousto-optic Q-switched fiber lasers for laser marking, micromachining, LiDAR, spectroscopy, optical measurement, and scientific research. Technology Fiber Wavelength 1064nm , 1550nm , 532nm Pulse Energy Up to 20uJ Pulse Width 0.5-50 ns Repetition Rate 1-1000 Hz Output Power |
 | Compact high-peak-power AOM Q-switched DPSS lasers for material processing, laser marking, spectroscopy, precision measurement, scientific research, and OEM integration. Technology DPSS Wavelength 261-1342 nm Pulse Energy Up to 350uJ Pulse Width <50 ns ⋅ 5-10 ns Repetition Rate 1 Hz-100 kHz Output Power Up to 2500mW |
 | High-energy DPSS Q-switched lasers for LIBS, LIF, PIV, remote sensing, spectroscopy, scientific research, and precision laser processing. Technology DPSS Wavelength 1064nm , 1573nm , 532nm Pulse Energy Up to 10mJ Pulse Width <10 ns Repetition Rate 1-10 Hz Output Power |
 | Compact passively Q-switched DPSS laser systems for UV processing, fluorescence, microelectronics, laboratory research, and OEM photonics integration. Technology DPSS Wavelength 1030nm , 349nm , 351nm , 355nm Pulse Energy Up to 150uJ Pulse Width 4-6 ns Repetition Rate 1-7 kHz Output Power Up to 300 mW |
 | High-frequency pulsed fiber lasers for LiDAR, optical sensing, gas detection, microelectronics, scientific research, and advanced measurement applications. Technology Fiber Wavelength 1030nm , 1064nm , 1550nm Pulse Energy Pulse Width 5-100 ns Repetition Rate 1 Hz-10 MHz ⋅ 1 Hz-100 kHz Output Power Up to 500mW |
   | High-performance nanosecond pulsed fiber lasers for laser processing, LiDAR, 3D scanning, spectroscopy, holography, and scientific research. Technology Fiber Wavelength 266-1550 nm Pulse Energy Pulse Width 0.5-250 ns Repetition Rate 0.1-1 MHz Output Power Up to 10 W |
 | Compact high-energy AOM Q-switched DPSS lasers for precision marking, engraving, measurement, optical experiments, scientific research, and industrial processing. Technology DPSS Wavelength 473nm , 671nm Pulse Energy Up to 350uJ Pulse Width 20-200 ns Repetition Rate 1-100 kHz Output Power Up to 4000mW |
 | Compact high-peak-power passively Q-switched DPSS laser systems for laser marking, nonlinear optics, fiber communications, precision processing, and scientific research. Technology DPSS Wavelength 523.5-1573 nm Pulse Energy Up to 150uJ Pulse Width 1-18 ns Repetition Rate 1-15 kHz Output Power Up to 1500mW |
 | Compact UV and visible passively Q-switched DPSS lasers for UV curing, precision microelectronics, scientific research, and laser processing. Technology DPSS Wavelength 257nm , 343nm , 515nm Pulse Energy Up to 30uJ Pulse Width 5-10 ns Repetition Rate 1-8 kHz Output Power Up to 60mW |
 | Compact ultraviolet passively Q-switched DPSS laser systems for UV curing, microelectronics, laser medical treatment, and scientific research. Technology DPSS Wavelength 266nm , 355nm Pulse Energy Up to 15uJ Pulse Width 1.3 ns ⋅ 4 ns Repetition Rate 3-12 kHz Output Power Up to 150mW |
 | Compact high-peak-power passively Q-switched DPSS lasers for laser marking, nonlinear optics, fiber communications, and scientific research. Technology DPSS Wavelength 473-1444 nm Pulse Energy Up to 200uJ Pulse Width 2.2-24 ns Repetition Rate 0.001-12 kHz Output Power Up to 2000mW |
 | High-energy EOM Q-switched DPSS lasers for LIBS, LIF, PIV, ICP-MS, laser processing, scientific research, and high-precision applications. Technology DPSS Wavelength 1064nm , 355nm , 532nm Pulse Energy Up to 8mJ Pulse Width <4 ns Repetition Rate 1-50 Hz Output Power |
 | Stable nanosecond electro-optic Q-switched DPSS lasers for laser ranging, Raman spectroscopy, LIBS, material processing, nonlinear optics, and scientific research. Technology DPSS Wavelength 1064nm , 532nm Pulse Energy 2-40 mJ Pulse Width 6ns ⋅ 8ns Repetition Rate 1 Hz-1 kHz Output Power Up to 300mW |
 | Ultra-short pulse ultraviolet DPSS laser systems for microelectronics, UV processing, precision material processing, medical applications, and scientific research. Technology DPSS Wavelength 236nm , 266nm Pulse Energy Up to 8uJ Pulse Width 0.6-1.4 ns Repetition Rate 10 Hz-3 kHz Output Power Up to 15mW |
   | Ultra-short pulse ultraviolet DPSS laser systems for laser micromachining, LiDAR, LIBS, environmental monitoring, and precision scientific research. Technology DPSS Wavelength 266nm , 355nm Pulse Energy Up to 30uJ Pulse Width 0.4 ns Repetition Rate 1 Hz-1 kHz Output Power Up to 30mW |
 | High-energy nanosecond EOM Q-switched DPSS lasers for laser ranging, LIBS, Raman spectroscopy, pump-probe experiments, nonlinear optics, and precision material processing. Technology DPSS Wavelength 1064nm , 355nm , 532nm Pulse Energy Up to 100uJ Pulse Width 5 ns Repetition Rate 10 Hz-1 kHz Output Power Up to 100mW |
 | High-frequency nanosecond EOM Q-switched DPSS lasers for LiDAR, LIBS, Raman spectroscopy, time-resolved measurements, high-speed processing, and precision analytical systems. Technology DPSS Wavelength 1064nm , 532nm Pulse Energy Up to 300uJ Pulse Width 1.3-1.8 ns Repetition Rate 1 Hz-100 kHz Output Power Up to 1500mW |
 | Flexible nanosecond pulsed diode lasers for microelectronics, material processing, solar energy, optical instrumentation, and OEM equipment integration.ing, gas detection, microelectronics, scientific research, and advanced measurement applications. Technology Diode Wavelength 375-1550 nm Pulse Energy Pulse Width 10 ns-10 ms Repetition Rate Up to 80MHz Output Power Up to 300mW |