Pulse Width adjustable Solid-state Lasers

Pulse Width adjustable Laser

Our APL series lasers are designed with an electrically modulated fiber seed source and a hybrid amplifier to produce high power infrared laser output. For green light output, we use a frequency doubling conversion module. The seed laser energy is preamplified by a high gain fiber amplifier before going through a solid-state amplifier, resulting in a single pulse energy output at a frequency of 200kHz. Our infrared output exceeds 50W and our green output exceeds 30W. You can adjust the pulse width between 200ns-200ps, and our beam quality at 200kHz frequency is M^2 less than 1.3. Our control system is powerful and ensures long-term stable operation of the laser, with multiple control functions enabled and M^2 less than 1.3 beam quality.

Technical data

Model	APL IR-50	APL GR-30
Wavelength	1064nm	532nm
Power Rate	50W@100kHz	30W@100kHz
Single Pulse Power	500μJ@100kHz	300μJ@100kHz
Pulse Frequency Rate	1kHz～1000kHz
Pulse Width	2ns-8ns
Spot Mode	TEM00(M2<1.3)
Beam Diameter	1.2±0.2mm
Power Rate Stability	<3% RMS over 8 hours
Pulse-to-Pulse Stability	<3% RMS over 10 minutes
Spot Stability	<50μrad/ ℃
Beam Divergence	<2mrad(full angle)
Spot Roundness	>90%
Control Mode	Ethernet, Gate, Trigger
Cooling Method	Water cooling
Polarization Direction	Horizontal	Vertical
Polarization Ratio	>100:1
Ambient Temperature	15℃~35℃
Relative Humidity	10%～80%(non-condensing)
Preheat Timing	<30 minutes
Operating Voltage	90v～260V
Overall dimensions	600mm424mm148mm

Feature

Benefits of Pulse Width Adjustable Lasers:
- Highly customizable: With adjustable pulse width between 200ns-200ps, users can tailor their laser output to fit their specific needs. This level of customization is especially useful for applications that require precise control over laser output, such as in laser micromachining, laser material processing, and laser ablation.
- Improved efficiency: Pulse width adjustment can improve laser efficiency and reduce power consumption. By adjusting the pulse width to match the specific material being processed, users can achieve maximum energy transfer and minimize energy waste, resulting in greater efficiency and reduced operating costs. - Enhanced precision: Pulse width control allows for greater control over laser output, resulting in improved precision and accuracy. This level of precision is particularly useful for applications that require high levels of accuracy, such as in laser marking, laser cutting, and laser engraving.
In addition to these benefits, pulse width adjustable lasers also offer versatility and flexibility. They can be used in a wide range of applications, including industrial manufacturing, medical device fabrication, and scientific research. Furthermore, they can be easily integrated into existing systems, making them a convenient and practical choice for many users.
Overall, the benefits of pulse width adjustable lasers make them an attractive option for users who require precise and efficient laser processing capabilities. Whether you are working in manufacturing, research, or medical device fabrication, a pulse width adjustable laser can help you achieve your desired results with greater accuracy and efficiency.