IPG Photonics’ YLR-1030 Series represents a new generation of diode-pumped CW fiber lasers in world leading small form factor, with a unique combination of high power, ideal beam quality, fiber delivery and high wall-plug efficiency. The YLR is offered as a cost effective, adaptable solution for a clean room system or for integration into a production line. Featuring a touch panel display or rear control via Analog, RS-232 or Ethernet interfaced, the rack mount configuration is ideal for a multitude of applications benefitting from 1030 nm wavelength range such as silicon processing, optical pumping, and advanced applications. Output powers up to 2 kW are available with multi-mode beam quality.
| Single-mode Power 100 W to 1 kW | Wide Range of Beam Delivery Options |
| Multi-mode Power up to 2 kW | Modulation up to 50 kHz |
| Excellent Beam Quality |
Maintenance-free Operation |
| Constant BPP over Entire Power Range |
Compact, Rugged & Easy to Install |
| Small Focus over Large Working Distance |
Over 40% Wall-plug Efficiency |
Beam delivery options include coupler, beam switch (time or energy share) and delivery optics such as cutting and welding heads.
| YLR-500 | YLR-700 | YLR-1000 | |
| Central Wavelength, nm | 1010-1030 | ||
| Mode of Operation | CW/modulated | ||
| Modulation Frequency, kHz | 0 - 50 | ||
| Maximum Average Power*, W | 500 | 700 | 1000 |
| Power Tunability, % | 10-100 | ||
| Power Stability**, % | ±1 | ||
| Optical Noise***, % RMS | < 2, typ.1 | ||
|
Beam Mode Quality, M2 |
<1.1 |
||
|
Beam Parameter Product, mm × rad |
<2, <5, <15 |
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| YLR-500 | YLR-700 | YLR-1000 | |
| Dimensions (W × D × H), mm | 448 × 580 × 133 |
448 × 680 × 177 | |
| Weight, kg | <40 | <70 | |
| Cooling | Air- or Water-cooled* | Water-cooled | |
*Air-cooled models are available up to 400 W.
Single-mode lasers are equipped with a 5 mm beam diameter affixed collimator for powers up to 400 Watts; 500-1,000 Watt lasers terminate to an HLC-8 connector. Affixed collimator options include beam diameters in either 2.5 or 7.5 mm.
| Micromachining Applications Requiring1300 nm Wavelength Range |
| Advanced Applications |
| Pumping |