CW-Laser | Singlemode | PL d
CW fiber laser sources with single-mode fiber and integrated safety architecture (EN ISO 13849-1,
Performance Level d) combine the excellent beam quality and power stability of
our proven CW-Singlemode-Series with advanced safety features.
They are
particularly suitable for use in additive manufacturing, as well as for precise
laser cutting and welding.
Their
compact and robust design, in 19-inch format, enables easy integration. All
models offer a high level of efficiency combined with very low maintenance and
a long lifetime. This makes their use extremely economical.
In
addition, the CW lasers can be easily adapted to customer-specific requirements
and offer a long service life.
Different
fiber core diameters, fiber lengths, and optical output options are available.
This makes these laser sources a reliable choice for all users who need both
high processing quality and compliance with documented safety standards.
CW-Laser | Singlemode | PL d
| Model Name | Wavelength | Nominal Output Power CW | Beam Parameter Product (BPP) (≤) | Modulation Frequency | Net Weight | Mechanical Dimensions Depth | Mechanical Dimensions Height | Mechanical Dimensions Width | Cooling Method | Inquiry | Detail |
|---|---|---|---|---|---|---|---|---|---|---|---|
| CW-500SM-L-PLD | 1080 nm | 510 W | 0.45 mm*mrad / 0.6 mm*mrad | 1 Hz - 20 kHz | 28 kg | 571 mm | 135 mm | 482 mm | Water | ||
| CW-1000SM-L-PLD | 1080 nm | 1,020 W | 0.45 mm*mrad / 0.6 mm*mrad | 1 - 20 kHz | 30 kg | 571 mm | 135 mm | 482 mm | Water | ||
| CW-1500SM-L-PLD | 1080 nm | 1,530 W | 0.45 mm*mrad / 0.6 mm*mrad | 1 Hz - 20 kHz | 32 kg | 571 mm | 135 mm | 482 mm | Water | ||
| CW-2000SM-L-PLD | 1080 nm | 2,050 W | 0.45 mm*mrad / 0.6 mm*mrad | 1 Hz - 20 kHz | 36 kg | 571 mm | 135 mm | 482 mm | Water | ||
| CW-3000SM-L-PLD | 1080 nm | 3,000 W | 0.5 mm*mrad / 1.5 mm*mrad | 1 Hz - 20 kHz | 46 kg | 738 mm | 135 mm | 482 mm | Water | ||
| CW-4000SM-L-PLD | 1080 nm | 4,000 W | 1.16 mm*mrad | 1 Hz - 20 kHz | 48 kg | 738 mm | 135 mm | 482 mm | Water |