1550nm nanosecond high-power pulse light source

The high-power nanosecond pulse fiber laser uses a high-power gain fiber module, combined with dedicated driving and temperature control circuits, to output high peak and high-energy laser pulses. The laser wavelength and power are stable, and the modular design facilitates system integration. It can be used in laser radar, distributed fiber optic sensing systems, etc.

Small pulsed fiber laser 1535/1550nm

Miniature pulsed fiber laser 1535nm

1550nm desktop high integration polarization maintaining pulse light source (1.2 μ J)

1550nm highly integrated polarization maintaining pulse light source (modular) 1.2 μ J

1550nm high peak power pulsed fiber laser 1W (DTS, LiDAR)

The high peak power pulse light source for eye safety developed by Xiaoxiao Photon. The product has high electro-optical conversion efficiency, small nonlinear effects and ASE, and a wide operating temperature range. It is suitable as an emission light source for solid-state laser Lidar.

25W 1550nm high peak power pulse laser with a spectral width of 15nm (for laser rangefinder)

idealphotonics'  pulsed semiconductor laser is a high brightness CVLL 1550nm pulsed laser diode with a power output of up to 75 watts. CVLL devices are highly suitable for most distance measurement applications that require "eye safe" operation.

1550nm nanosecond pulse fiber laser (for DTS) 50W

Idealphotonics' 1550nm pulse laser is an efficient ns pulse fiber light source in the safe wavelength range for human eyes. The new ns level pulse driving circuit has stable pulses and low distortion. The optimized low-noise erbium-doped fiber amplifier achieves high peak power and ns level pulse output. This laser is highly suitable for fields such as distributed fiber temperature measurement systems (DTS), laser ranging, and fiber optic sensing.

1550 nm10-50W Nanosecond Pulsed Laser

Relying on special circuits and optimized optical design, it achieves nanosecond pulse output with a peak power of up to 50W, and a pulse width adjustable within a wide range of 3~50ns. In addition, this laser supports adjustment of laser pulse peak power and repetition rate, and can switch between internal/external triggering modes, meeting diverse application needs.

Infrared Nanosecond Laser

Nanosecond lasers feature a highly integrated, compact and unified design. While balancing output power and single-pulse energy, they deliver good beam quality and power stability, and can flexibly match different types of equipment machines and industrial processing scenarios. The products cover three wavelength bands—infrared, green, and ultraviolet—and offer multiple power configurations ranging from 5 W to 60 W, meeting application needs such as laser marking, glass frosting, ITO thin-film etching, and solar silicon wafer scribing and cutting.

High-Energy Nanosecond Laser

High-energy nanosecond lasers are designed for applications such as life sciences, scientific research instruments, semiconductor pumping, and laser surface treatment, providing high single-pulse energy, high average power, and nanosecond to sub-nanosecond pulse output. The series products offer a maximum single-pulse energy of up to 10 J and a maximum repetition rate of up to 1 kHz, meeting the needs of scientific research and professional applications for high-energy, high-stability pulsed laser sources.

Mid-Infrared Pulsed Laser

High-energy mid-infrared pulsed lasers adopt a unique self-synchronized optical parametric frequency conversion technology, enabling continuous and stable output of beams at different wavelengths in the 2.7–4 μm range. Under sub-nanosecond pulse width conditions, the products offer a maximum average power of up to 20 W and a maximum pulse energy of up to 10 mJ. This series of products can provide mid-infrared laser sources for fields such as medical treatment, scientific research, and gas detection.

1550nm High-Power Nanosecond Laser

High-power nanosecond pulsed fiber lasers adopt high-power gain fiber modules, combined with dedicated drive and temperature control circuits, to output pulsed lasers with high peak power and high energy, with stable laser wavelength and power. They can be used in laser ranging radar, fiber-optic sensing systems, and other applications.