Violet Blue Laser System
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Ultra-compact High reliability High stability Low cost
- CrystaLaser, designs and manufactures cost effective ultra-compact violet blue laser systems. The laser system is a circular beam output and equipped with temperature control TEC. Our lasers feature with high reliability, high stability, high efficiency, low noise and excellent laser beam quality. These lasers are specifically designed for OEM, scientific and industrial use.
- New blue laser products:
- 40 mW 405 nm single longitudinal mode and TEMoo mode laser
100 mW TEMoo mode 405 nm laser is available now
True CW Ultra-Violet (UV) laser at 375 nm up to 16 mW
Low noise 20 mW, 473 nm blue laser
Ultra-stable CW violet blue laser at 405 nm 442 nm and 473 nm output stability 0.5% over 24 hours
Ultra-fast modulation up to 200 MHz option is available now
Compact Q-switched pulsed UV blue laser are available at 349 nm, 351 nm, 355 nm, 440 nm, 447 nm and 473 nm.
- Wavelengths of the CW violet blue lasers: 375 nm, 405 nm, 442 nm, 473 nm, 430 nm and 490 nm.
- The blue violet laser systems are easy to use, plug and play, no cooling fan, no cooling water required, no noise and no vibration during laser operation
- The diode-pumped CrystaLasers are based on our proprietary laser cavity technology. This new technology allows our blue crystal laser to operate in TEMoo mode with low amplitude noise and extremely low power consumption in a compact laser housing.
- CrystaLaser is the exclusive distributor in the North America for Bluepoint 430/490 blue laser products of Rainbow Photonics, Zurich, Switzerland
- If you need special configurations of the blue laser, please contact CrystaLaser directly.
Violet Blue Laser Specifications (download)
473 nm Blue Laser Specifications (download)
* >200 mW laser is not TEMoo mode laser. 200-400 mW 405 and 445 nm laser is a square beam mode, M2<3
Wavelength (+/-5 nm)
TEMoo laser Max. output
SLM laser Max. output
CW output model
Transverse mode
Beam diameter (1/e2)
Beam divergence
Longitudinal mode
SLM available
Output stability
Beam point stability
Polarization
Noise (rms)
Operating temperature
Size of laser head
Size of power supply
Warm-up time
Operation voltage
Power consumption
405 nm 442 nm 473 nm 375 nm
100 mW 45 mW 15 mW 16 mW
40 mW 30 mW 10 mW 10 mW
1000 mW*, 300 mW*, 50 mW, 40 mW, 25 mW, 10 mW, 5 mW
TEMoo, M2<1.2
1 mm
0.6 mrad
Multiple longitudinal mode
Single longitudinal mode with > 20 m coherence length
<1 % over 24 hours
0.02 mrad
Vertical, ratio 100 : 1
<0.5 %, 10Hz-20MHz
10 to 40 degree C
3 x 3 x 12 cm with a fixed 6 mm thick base plate
AC: 5x14x15 cm (2x5x6 inch) DC: 3.5x8.5x12.7 cm
30 seconds
11-18 VDC or 90-250 VAC
Typical 6 Watts
Wavelength
CW output, mW
Low noise output
Transverse mode
Beam diameter (1/e2)
Beam divergence
Output stability, rms
Beam point stability
Polarization ratio
Longitudinal mode
SLM available
Spectrum linewidth
Operating temperature
Operating voltage
Warm-up time
Power consumption
Size of laser head
Size of power supply
473 nm
100, 75, 40, 25, 10, 5; Noise <2%(1Hz-10kHz)
15, 10, 5, 2 mW; Noise <1%(1Hz-10MHz)
TEMoo, M2<1.2
0.25 mm
3 mrad
<2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs
0.02 mrad
> 50 : 1
2-4 longitudinal modes
Single longitudinal mode with >100m coherence length
0.1 nm, nominal; SLM version: < 10-5 nm
10 to 35 degree C
90-250 VAC or 9-20 VDC
1 minute
15 W
3 x 3 x 12 cm with a fixed 6 mm thick base plate
AC: 5x14x15 cm (2x5x6 inch) DC: 3.5x8.5x12.7 cm
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