Pulse laser Pulse laser

PerciLasers' pulsed lasers can achieve high-coherence laser pulse output with narrow pulse width, high peak power and high repetition frequency. We can provide customized development to help your scientific research, R&D and production.

Picosecond laser

Picosecond laser - non-frequency doubling

	wavelength	Pulse Width	power	Introduction	Features
	1064nm	6-20ps	6-200mW	The nonlinear technology is used to realize the saturable absorber effect. The long-term stability of the output laser pulse is extremely high. It can work in high and low temperature environments and provide an excellent seed source solution for ultrafast laser processing.	Narrow pulse width Narrow spectrum Good durability Linear polarization Power stability
	1064nm	6-20ps	1-50W	The nonlinear technology is used to realize the saturable absorber effect. The high-power laser pulse is output stably for a long time through amplification. It can work in high and low temperature environments and is suitable for precision machining.	Narrow pulse width Narrow spectrum Good durability Linear polarization Power stability

Picosecond laser-frequency doubling

	wavelength	Pulse Width	power	Introduction	Features
	532nm（Fiber Picosecond Laser）	8-20ps	1-20W	Based on the scheme of amplifying picosecond seeds and then doubling the frequency, it outputs high-power, high-repetition-rate green laser, which is suitable for semiconductor precision detection, etc.	High power Excellent beam quality High power stability High repetition rate
	532nm（Solid-state picosecond laser）	6-10ps	1-20W	Adopt solid state amplification solution to achieve high repetition rate and high power output, suitable for precision detection	High power Excellent beam quality High power stability High repetition rate

Picosecond laser-frequency tripling

	wavelength	Pulse Width	power	Introduction	Features
	355nm （Fiber Picosecond Laser）	8-15ps	1-6W	Based on the scheme of amplifying picosecond seeds and then doubling the frequency, high-power, high-repetition-rate ultraviolet lasers are output, which are suitable for quantum computing, semiconductor precision detection, etc.	High power Excellent beam quality High power stability High repetition rate
	355nm（Solid-state picosecond laser）	6-10ps	8W	Adopt solid state amplification solution to achieve high repetition rate and high power output, suitable for precision detection	High power Excellent beam quality High power stability High repetition rate

Picosecond laser-Frequency quadrupling

	wavelength	Pulse Width	power	Introduction	Features
	266nm（Fiber Picosecond Laser）	8-15ps	5W	Based on the scheme of amplifying picosecond seeds and then doubling the frequency, high-power, high-repetition-rate ultraviolet lasers are output, which are suitable for quantum computing, semiconductor precision detection, etc.	High power Excellent beam quality High power stability High repetition rate
	266nm(Solid-state picosecond laser)	6-10ps	5W	Adopt solid state amplification solution to achieve high repetition rate and high power output, suitable for precision detection	High power Excellent beam quality High power stability High repetition rate

Nanosecond lasers

	wavelength	Pulse Width	power	Introduction	Features
	1098-1100nm	100-800ns	1-20W	Adopting all-fiber structure, high-power narrow pulse laser output is achieved through acousto-optic modulator and amplifier, which is suitable for wafer cutting, laser radar and other applications	High power Compact structure Good beam quality
	1064nm	1-30ns	60W 100W	The all-fiber structure is used to achieve high-power narrow pulse laser output through an acousto-optic modulator and an amplifier, which is suitable for applications such as micromachining and spectroscopy.	High power Excellent beam quality High power stability
	532nm	1-30ns	30W 60W	Based on a narrow linewidth seed laser, pulse output is achieved through an acousto-optic modulator, etc., and a frequency doubling scheme is used to obtain a high-performance green laser, which can be used for precision processing, etc.	High power Excellent beam quality High power stability
	355nm	1-30ns	10W 30W	Based on narrow linewidth seed laser, pulse output is achieved through acousto-optic modulator, etc., and high-performance ultraviolet laser is obtained by frequency doubling scheme, which can be used for precision processing, etc.	High power Excellent beam quality High power stability
	266nm	1-30ns	5W 10W	Based on narrow linewidth seed laser, pulse output is achieved through acousto-optic modulator, etc., and high-performance ultraviolet laser is obtained by frequency doubling scheme, which can be used for precision processing, etc.	High power Excellent beam quality High power stability

Femtosecond laser

	wavelength	Pulse Width	power	Introduction	Features
	1560nm	100fs	6-60mW	The nonlinear technology is used to realize the saturable absorber effect. The long-term stability of the output laser pulse is extremely high, which is suitable for applications such as optical combs and precision measurements.	Stable structure Long life Excellent beam quality
	780nm	150fs	100mW	Based on fs seed, frequency conversion technology is used to achieve stable 780nm femtosecond laser output, suitable for optical comb, precision measurement and other applications	Stable structure Long life Excellent beam quality