广州市朝德机电设备有限公司
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：郑杰克、向
： novosor : www.novosor.com
地址：广州市越秀区朝天路66号3F
业代理德IPG Laser GmbH激光测量仪
产品系列：
Single mode fiber lasers operating at 1.07 microns
IPG’s single mode fiber lasers are available from 5 watts to > 1 kilowatt. These lasers operate in either continuous wave （CW） or modulated modes at frequencies up to 50 kHz.. The output is emitted from a single mode fiber with a typical M2 of < 1.07 and is provided with either an integrated collimator or a plug-in connector.
Single mode applications include: precision cutting, continuous and spot welding, high speed percussion drilling, bending, engraving, sintering and soldering.
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High Power Fiber Lasers for Industrial Applications
High power fiber lasers are created from active optical fibers and semiconductor diodes, a merger between two of the most innovative and advanced laser technologies. Fiber lasers use single emitter semiconductor diodes as the light source to pump the active fibers. The laser beam emitted is contained within optical fibers and delivered through an armored flexible cable. Active fibers, special optical fibers doped with rare earth ions, allow for an extremely bright light from a very small core, thus making possible the production of kilowatt class output with excellent beam quality. IPG uses many proprietary technologies to create the undisputed best beam quality kilowatt class lasers available in the market today. The combination of technologies results in a unique, highly reliable and superior performing laser system with parameters exceeding any traditional laser technology. Our robust fiber lasers share common attributes of compact size, long diode life, low maintenance operation, high wall plug efficiency and compley consistent beam divergence and beam profile at all power levels. Fiber Laser Advantages - What to Expect from an IPG Laser High Power Fiber Lasers YLR Series YLS-CL Series YLS Series Optical Coupling, Switching & Sharing High Power Collimators
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High Power Fiber Laser Brochure
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IPG High Power Fiber Laser Brochure
Main Features:
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Q-Switched Fiber Lasers Operating at 1.07 Microns
IPG’s Q-switched fiber lasers are available in several different power ranges with average powers up to 200 watts and peak powers up to 150 kilowatts. These compact fiber lasers feature low divergence and can provide the fluency required for high speed marking of both plastics and metals. The 7 mm beam diameter is ideal for integration into a scanner or conventional focusing system.
Q-Switched fiber laser applications include marking, trimming, micro-machining, bending, diamond cutting, silicon cutting and scribing.
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Q-Switched Fiber Lasers Operating at 1.07 Microns
IPG’s Q-switched fiber lasers are available in several different power ranges with average powers up to 200 watts and peak powers up to 150 kilowatts. These compact fiber lasers feature low divergence and can provide the fluency required for high speed marking of both plastics and metals. The 7 mm beam diameter is ideal for integration into a scanner or conventional focusing system.
Q-Switched fiber laser applications include marking, trimming, micro-machining, bending, diamond cutting, silicon cutting and scribing.
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Quasi CW Fiber Laser
The last replacement part you'll ever need for your YAG laser. IPG’s four new quasi continuous wave （QCW） fiber laser models feature peak pulse powers of 750 watts, 1,500 watts, 4,000 watts and 6,000 watts and energies from 7.5, 15, 40, 60 joules per pulse, respectively. These air-cooled, compact units are substantially more cost-effective than conventional YAG lasers because of wall plug efficiencies greater than 30% and maintenance-free operation, in that there are no components that require replacement during ordinary operation over its useful life. The YLR-X/Y-QCW-AC lasers offer outstanding pulse power and energy stability over the complete laser power dynamic range. IPG’s new QCW fiber lasers also have exceptional beam quality with various options for the output fiber size available and BPP as low as 0.35 mm x mrad （single-mode version） up to 2 mm x mrad. Convenient plug and play design and fiber delivery system continues to be standard as on all IPG fiber lasers. The new laser is ideal for spot welding, seam welding and drilling in the long pulse operation mode. The CW mode of operation with power up to 500 watts allows fast cutting and makes these lasers a universal tool for many other applications. The QCW fiber lasers are available for requalifying in existing lamp pumped processes at IPG’s application facilities and applications labs. Retrofit services, including engineers familiar with system integration, are available to help customers replace older production lasers with energy-efficient fiber lasers from IPG. | Datasheet:
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Parameters | Maximum Peak | Maximum Pulse | Maximum Duty |
YLR-150/750-QCW-AC | 750 Watts | 20 ms | 20% |
YLR-150/1500-QCW-AC | 1500 Watts | 10 ms | 10% |
YLR-400/4000-QCW-AC | 4000 Watts | 10 ms | 10% |
YLR-600/6000-QCW-AC | 6000 Watts | 10 ms | 10% |
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Direct diode fiber delivered at 980 nanometers
IPG’s DLR Series direct diode systems are fiber delivered and are available from 5 watts to multiple kilowatts of power. These solid state lasers provide the unprecedented benefit of wall plug efficiencies approaching 50%. While these systems do contain all of the flexibility of fiber lasers, they are ideally suited for applications that do not require the smaller spot size capabilities of fiber lasers products.
Special multi-outputs units and higher powers up to 10kW are available upon request.
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High Power Multimode Laser Diodes
IPG Photonics leverages its proven ecom and fiber laser reliability with single emitter technology from 10w, 20w, 30w, 60w, 90w up to 100W modules out of single core fiber from 105µ core up to 400µ core. IPG takes advantage of technologies and vast experiences from the mature ecommunications industry. The high reliability of IPG’s single emitter pumps is proven by their excellent in-field reliability record.
IPG’s experienced team will work with you to customize your configurations to assure you have the optimal solution matched to your requirements. Check out our High Power Laser Diode Portfolio.
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