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Energy Efficiency
Output Power
Wavelength
Energy Efficiency
Output Power
Wavelength
Fiber Laser Pumps | Solid State Laser Pumps |
PLD-9xx Series Packaged Diodes | PLD-878 Series Packaged Diodes |
Fiber Laser Pumps | Solid State Laser Pumps |
PLD-9xx Series Packaged Diodes | PLD-878 Series Packaged Diodes |
Characteristics | |
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Center Wavelength | |
915 to 980 nm | 878.6 ±0.5 nm |
Output Power | |
10 to 1300 W | 30 to 150 W |
Output Fiber Core Diameter | |
105 to 200 μm | 200 to 400 μm |
Energy Efficiency | |
>50 % | 50% |
Learn More | Learn More |
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Characteristics | ||||||||
Center Wavelength | 915 to 980 nm | 878.6 ±0.5 nm | ||||||
Output Power | 10 to 1300 W | 30 to 150 W | ||||||
Output Fiber Core Diameter | 105 to 200 μm | 200 to 400 μm | ||||||
Energy Efficiency | >50 % | 50% | ||||||
Learn More | Learn More |
The specifications above represent standard products. IPG is the world leader of fiber laser solutions and can offer products with customized specifications upon request. Contact us to learn more.
Product availability may vary by region.
Compared to designs like diode bars, which use a monolithic array of 10 or more diodes on a single chip, IPG diodes use single emitter pumping technology to maximize diode performance and reliability.
Unlike bars and arrays, modular ensembles of independent diode elements do not suffer performance degradation from the failure of one, or even several, single emitter devices. This design has been instrumental in driving the growth of the industrial laser industry.
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