“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 – Eye-Safe 1.5 µm Continuous-Wave Lasers
The KAUKAS CW series are compact, diode-pumped solid-state lasers operating in the 1.5–1.6 µm eye-safe spectral range. Delivering up to 400 mW CW power at multiple wavelengths, they feature diffraction-limited TEM00 beams, narrow linewidth, and excellent long-term stability.
Used in metrology, spectroscopy, optical instrumentation, and life sciences, KAUKAS CW combines air cooling, linear polarization, and OEM-ready integration. ISO-certified quality ensures long lifetime and reliability in lab and industrial environments.
| 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
Availability
Downloads
quantity
1542 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
16114
5800 €
Request
1555 nm
300 mW
< 5 mrad
M2<1,5; TEM00
>100:1
16115
5800 €
Request
1522 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
9749
5800 €
Request
1531 nm
300 mW
<5 mrad
M2 < 1,5
>100:1
9750
5800 €
Request
1550 nm
400 mW
< 5 mrad
M2<1,5; TEM00
>100:1
9751
5800 €
Request
1602 nm
150 mW
<5 mrad
M2 < 1,5
>100:1
9752
5800 €
Request
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