Ytterbium Fiber Lasers Output Power up to 4000 W Applications Precision Cutting and Scribing Microdrilling, Blind Hole Machining Welding Heat Treating Scientific and Advanced Applications Direct Modulation up to 50 kHz Air-cooled up to 700 W High Reliability, Low Cost * Other wavelengths in 1006-1080 nm range are available upon request. YLR-1070 Series diode-pumped CW fiber lasers provide a unique combination of high power, high stability, ideal beam quality, fiber delivery, ultra-long lifetime and record wall-plug efficiency. Single-mode output up to 2 kW may be integrated via collimator or QBH plug-in connector. Multi-mode output is emitted from a step index fiber with core diameter from 50 to 200 μm, allowing optimal performance in critical welding and additive manufacturing applications. Air-cooled units are available up to 700 W and water-cooled units up to 4 kW. The CW output can be modulated up to 50 kHz. The YLR-1070 compact 19”rack mounted packages offered as a cost effective, adaptable solution for a clean room system or for integration into a production line. Featuring optional front panel touch display or standard rear Analog, RS-232 or Ethernet controls, the rack mount configuration is ideal for a variety of applications from precision materials processing to advanced and scientific applications. Beam delivery options include coupler, beam switch (time or energy share) and delivery optics such as c
Open the catalog to page 1Ytterbium Fiber Lasers Optical Characteristics Central Wavelength*, nm Maximum Average Power, W Power Tunability, % Power Stability**, % Output Fiber Core Single-mode Beam Quality, M Beam Parameter Product, mm × mrad * Other wavelengths in 1006-1080 nm range are available upon request. ** Over 4 hours, T=const *** 10 kHz to 10 MHz General Characteristics Cabinet Dimensions (W × D × H), mm Single-mode lasers are equipped with a 5 mm beam diameter affixed collimator for powers up to 400 Watts; 500 - 4,000 Watt lasers terminate to an HLC-8 connector. Affixed collimator options include beam diameters...
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