DPSS Lasers
Single-mode Lasers
Single-mode lasers, due to their extremely narrow linewidth (<0.00001 nm), are ideal for precise spectral analysis of materials.
Their long coherence length (>10 m) makes them suitable for high-resolution recording and reconstruction of 3D holographic images.
They also offer very high beam quality (M² < 1.1), allowing the beam to be adapted to the application requirements with minimal losses.
- Wavelengths: 320-1550 nm
- Power: 1-10000 mW
DPSS Lasers with Narrow Wavelength and Low Noise
This laser series features a narrow spectral linewidth (<0.003 nm), low noise, and an ultra-compact size.
They are ideal for DNA sequencing, flow cytometry, digital imaging, analytical chemistry, particle measurements, confocal microscopy, Raman spectroscopy, and many other applications.
- Wavelengths: 457-1444 nm
- Power: 1-3000 mW
High-power Lasers
Widely used in medical, scientific research, material processing, and industrial applications.
- Wavelengths: 532 nm, 556 nm, 589 nm, 660 nm, 808 nm, 880 nm, 980 nm, 1064 nm, 1319 nm, etc.
- The power of the 532 nm green laser can reach up to 200 W, and the 1064 nm infrared laser can reach up to 500 W.
Mode-locked and Picosecond Pulsed Lasers
The mode-locked laser is a special type of laser that produces ultrashort pulses, typically in the femtosecond or picosecond range.
The mode-locking technique ensures that the laser operates with multiple longitudinal modes in sync, generating very short-duration light pulses.
Typical application areas:
- Precision material processing (cutting and engraving metals, ceramics, and plastics)
- Atmospheric research and spectroscopy
- Biological and medical research
| Wavelength | Power | Pulse duration | Repetition |
|---|---|---|---|
| 266 nm | 1-100mW | ~10 ps | 1kHz~1MHz |
| 266 nm | 1-5W | <10 ps | 400kHz~2MHz |
| 280 nm | 1-10mW | <500 ps | 3kHz |
| 280 nm | 1-40mW | 10 ps | 500-1000kHz |
| 295 nm | 1-10mW | <500 ps | 3kHz |
| 295 nm | 1-50mW | 10 ps | 500-1000kHz |
| 310 nm | 1-10mW | <500 ps | 3kHz |
| 310 nm | 1-40mW | 10 ps | 500-1000kHz |
| 330 nm | 1-10mW | <500 ps | 3kHz |
| 330 nm | 1-30mW | 10 ps | 500-1000kHz |
| 355 nm | 1-2W | 10-20 ps | 48±1 |
| 355 nm | 1-200mW | ~10 ps | 1kHz~1MHz |
| 355 nm | 1-30W | <10 ps | 400kHz~2MHz |
| 515 nm | 1-180W | 50 ps | @20MHz |
| 532 nm | 1W/ | 3W ps | 10/ |
| 532 nm | 1mW-3W | ~10 ps | 1kHz~1MHz |
| 532&355 nm | 1-500mW | ~10 ps | 100kHz~1MHz |
| 560 nm | 1-100mW | <500 ps | 3kHz |
| 560 nm | 1-800mW | 10 ps | 500-1000kHz |
| 590 nm | 1-100mW | <500 ps | 3kHz |
| 590 nm | 1-600mW | 10 ps | 500-1000kHz |
| 620 nm | 1-100mW | <500 ps | 3kHz |
| 620 nm | 1-500mW | 10 ps | 500-1000kHz |
| 660 nm | 1-100mW | <500 ps | 3kHz |
| 660 nm | 1-300mW | 10 ps | 500-1000kHz |
| 1030 nm | 1-300W | 50 ps | @20MHz |
| 1064 nm | 1W/ | 2.5W/ ps | 10W |
| 1064 nm | 1mW-7W | ~10 ps | 1kHz~1MHz |
| 1064 nm | 1-100W | ~10 ps | 400kHz~2MHz |
| 1064 nm | 1-300 | <20 ps | 80±1 |
| 1064&532 nm | 1-600 mW | 10 ps | 100kHz-1 MHz |
| 1064 nm | 10 W | 160 us | 100 MHz |
| 1319 nm | 7 W | 160uS | 100 MHz |
Q-switched Pulsed Lasers
Q-switching allows the laser to release the energy accumulated in the resonator in a single high-energy pulse.
- Wavelengths: 213 223 244 257 261 266 289 295 335 349 351 355 420-1200 447 457 473 488 523.5 526.5 532 556 589 656.5 660 671 710-810 786 905 914 946 1030 1047 1053 1064 1160 1177 1313 1319 1342 1573 3800 4000 4200 4400 4600 4800nm
- Pulse energy: 1 μJ ~ 10 J
- Repetition rate: 1 Hz ~ 200 kHz
- Pulse width: 0.8 ns ~ 200 ns
- Various controllers and outputs
- Custom beam shaping available upon request
High-stability Lasers
We offer high-stability diode-pumped solid-state (DPSS) lasers and diode lasers with wavelengths ranging from ultraviolet to infrared (213 ~ 3800 nm).
The lasers can be controlled via an RS232 interface connected to a computer for switching and output power adjustments.
Due to their high stability and compact design, high-stability lasers are widely used in optical signaling, test and analysis equipment, optogenetics, laser medicine, and other fields.
- Beam mode: TEM00
- M²: < 1.1
- Power stability (RMS @ 4 hours, 23 ± 3 ℃): < 0.1 %, 0.3 %, 0.5 %, 1 %
- Beam pointing stability (2 hours, 23 ± 3 ℃): < 0.05 mrad
- Control mode: TTL modulation, analog modulation, RS232 interface control