High Power Fiber Lasers R4 25-400W CW/M - SPI Lasers - #1

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www.spilasers.com ©2009 SPI Lasers UK Ltd SM-S00087 Issue D SPI Lasers UK Ltd, 3 Wellington Park, Tollbar Way, Hedge End, Southampton SO30 2QU, UK UK office: +44 (0)1489 779 696 SPI Lasers LLC, 1700 Wyatt Drive, Suite 1, Santa Clara, CA 95054 US office: +1 408 884 3090 High Power Fiber Lasers R4 25-400W CW/M With GTWave® Technology Features Applications - CW or Modulated to 100 kHz (modulated pulses <10ìs to CW) - Single mode (M² <1.1) and low moded (M2 ~ 4) options - Efficiency up to 10x equivalent Nd YAG lasers - Spot size to sub 10ìm - High stability laser (typically <±0.5% output power variation) - Dynamic pulse shape control and readback - Full comms/analog I-O control options - High reliability optics, diode MTTF > 400,000 hours - 2-year standard warranty (additional warranty options available) - Materials processing „h Precision welding „h Cutting „h Bending „h Bonding „h Drilling „h Rapid prototyping „h Sintering „h Annealing „h Surface texturing - Marking and engraving „h Graphic image processing „h Flexo „h Anilox „h Gravure The redPOWER® series of fiber lasers from SPI has been designed to meet the highest standards of reliability, repeatability and user safety. The commercial advantages of fiber lasers over alternative technologies are far reaching: improved line speeds, finer machining capabilities, reduced downtime and lower cost of ownership, giving users a leading edge advantage. With the option of single mode (M2 < 1.1) or low moded (M2 ~ 4) beam parameters, the laser can be optimised for a wide range of process requirements. As a result, SPI’s lasers are finding new applications in markets such as medical, electronics, plastics and printing. Significant design features of the SPI unit include thermal management, low noise, output stability and system-to-system repeatability. Every care has been taken at the design stage to ensure our products offer a long and maintenance-free life. Designed in accordance with: IEC/EN 60825 Laser safety, IEC/EN 61010 Electrical safety, IEC/EN 61000 EMC, RoHS Directive. Image Courtesy of Inno-Shape and Bessy