Passively Q-switched DPSS Lasers

Keywords: DPSS, passively Q-switched, Q-switching, 266nm, 213nm, 355nm

Sep 24, 2020 View: 1030 Data Sheet

Pulsed lasers from the IR to the deep UV ranges of the spectrum are widely used in biology, biomedicine, chemistry, analytics, micromachining and environmental technology. We provide passively Q-switched laser systems (DPSS) emitting at wavelengths of

Online submission 15671598018 info@SintecLaser.com

STC Series Passively Q-switched Solid State Lasers

1. 266nm UV Passively Q-switched Solid State Lasers

STC-MPL-F-266/ 0.1~3uJ/ 1~10mW
STC-MPL-Q-266/ 0.1~3uJ/ 1~30mW
STC-MPL-Q1-266/ 10uJ/ 10mW, Fixed rep. rate 1kHz
STC-MPL-C-266/ 0.1~10uJ/ 1~30mW, Pulse width 1ns @1kHz
STC-MPL-N-266/ 0.1~10uJ/ 1~120mW, Pulse width 1.3ns
STC-MPL-W-266/ 5~30uJ/ 50~600mW

2. 355nmUV Passively Q-switched Solid State Lasers

STC-MPL-F-355/ 0.1~15uJ/1~100mW
STC-MPL-Q-355/ 0.1~15uJ/1~150mW Pulse width 1.3ns
STC-MPL-N-355/ 0.1~90uJ/ 1~800mW
STC-MPL-W-355/ 25~80uJ/ 400~2000mW

3. 532nm Green Passively Q-switched Lasers

We offer diverse of Q-switched 532 nm lasers in passively modes. With pulse width in short nanosecond, and single pulse energy up to 450mJ. Are the perfect choice for the end user applications in research, medical and industry. Nanosecond lasers perform precision processing with excellent material removal rates for microelectronics, materials processing, and medical device manufacturing.

Applications:

Scientific Research
Life Science & Medical
Materials Processing
Microelectronics
OEM Integration

Model	Single pulse energy	Repetition rate	Pulse width (ns)
STC-MPL-III-532	1-5 μJ	1-20 kHz	~5 (1.3 optional)
STC-MPL-T-532	1-10 μJ	0.1-15 kHz	~0.5
STC-MPL-SU-532	5-40 μJ	1-15 kHz	~1.3/ ~4
STC-MPL-H-532	5-50 μJ	1-30 kHz	~5 (1.3 optional)
STC-MPL-U-532	20-60 μJ	4-12 kHz	~4 (1.3 optional)
STC-MPL-N-532	50-125 μJ	1 k-15 kHz	~5

4. 1064nm IR Passively Q-switched Lasers

We offer diverse of Q switched 1064 nm lasers in passively modes. With pulse width from 1.3ns to 150ns, and single pulse energy from 1uJ to 20J. These lasers are the perfect choice for the end user applications in research, medical and industry. Nanosecond lasers perform precision processing with excellent material removal rates for microelectronics, materials processing, solar and medical device manufacturing.

Applications:

Life Science & Medical
Materials Processing
Microelectronics
OEM Integration

Model	Single pulse energy/ Power	Repetition rate	Pulse width (ns)
STC-MPL-III-1064	10-20 μJ	1-20 kHz	~3-25 (1.3 optional)
STC-OEM-P-1064	1-20 μJ	1-20 kHz	~1-5
STC-MPL-T-1064	1-35 μJ	0.1-20 kHz	~0.5
STC-MPL-H-1064	20-100 μJ	1-30 kHz	~10 (1.5 optional)
STC-MPL-SU-1064	20-200 μJ	1-15 kHz	~1.5/ ~1.8/ ~5
STC-MPL-FL-1064-A	15-130 μJ	1-70 kHz	~5 (1.3 optional)
STC-MPL-N-1064	150-200 μJ	1-15 kHz	~3-5 (<2 optional="">
STC-MPL-FL-1064-B	150-300 μJ	1 kHz	~2 (1.0 optional)