Free cookie consent management tool by TermsFeed Update cookies preferences
0
CEO
Tadas Lipinskas +370 5 219 4884
“Eye-safe” 1,5 μm lasers “KAUKAS CW”
INQUIRY FORM
please fill this field
please fill this field
please fill this field
please fill this field
please fill this field
close
close
GO BACK TO HOMEPAGE

Success!

GO BACK TO HOMEPAGE

“Eye-safe” 1,5 μm lasers “KAUKAS CW”

Main features

 

  • Up to 400 mW of CW power
  • Compact DPSS design
  • Various 1,5 μm wavelength models
  • High beam quality

 

Application examples

 

  • Optical instrumentation
  • Metrology and spectroscopy
  • Life sciences
Request custom
  • Description
  • Standard specifications
  • Utility requirements
  • Downloads

“KAUKAS CW” series of diode-pumped, solid-state laser models that deliver up to 400 mW of continuous-wave power at several 1,5 μm wavelengths. These erbium-doped gain media based economical, active air-cooled lasers provide a unique combination of high performance, exceptional lifetime, and outstanding reliability.

“KAUKAS CW” “eye-safe” lasers offer a diffraction-limited, TEM00 output beam, excellent power stability, and narrowband spectrum.

Lasers “KAUKAS CW” standard specifications
Wavelength 1,5 μm
Wavelength tolerance ±1 nm
Laser operating mode CW
Average output power Up to 500 mW
Power stability <2 %
Polarization contrast >100:1
Beam diameter at exit window <1 mm
Beam divergence <5 mRad
Beam quality M2 < 2
Beam profile TEM00
Lasers “KAUKAS CW” utility requirements
Laser module dimensions 175 x 78 x 86 mm (L x W x H)
Laser driver dimensions 164 x 105 x 44 mm (L x W x H)
Pump current 5-10 A
Electric 100-240 V AC, 50/60 Hz, 1,4 A
Working temperature 15-25 °C
Cooling TEC element + active air cooling
Order your item
Operating wavelength Average output power Beam divergence Beam quality Polarization ratio SKU price Downloads quantity
1542 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
16114
5800 €
1555 nm
300 mW
< 5 mrad
M2<1,5; TEM00
>100:1
16115
5800 €
1522 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
9749
5800 €
1531 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
9750
5800 €
1550 nm
400 mW
< 5 mrad
M2<1,5; TEM00
>100:1
9751
5800 €
1602 nm
150 mW
<5 mrad
M2 < 1,5
>100:1
9752
5800 €