JOLD-Stack-808-QCW-FAC
Laser Diode Bar, QCW, Stack, 808nm, With Collimation FAC
Key Features:
- High optical output power up to 2160W QCW
- Fast Axis Collimation
- 808nm wavelength
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
There are many configurations and options available. If you do not see exactly what you need below, please contact us!
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POPULAR CONFIGURATIONS:
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Part Number |
Part Description |
Datasheet |
Price |
Lead Time |
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JOLD-780-QAF-8A 808 |
Diode Laser QCW-Stack in Housing, 808nm, 780W QCW, Tap Water Cooled, Fast Axis Collimation (Long Pulse) |
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8-12 weeks |
Get Quote | |
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JOLD-810-QF-3A 808 |
Diode Laser QCW-Stack, 808nm, 810W QCW, Passively Cooled, Fast Axis Collimation |
|
8-12 weeks |
Get Quote | |
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JOLD-1080-QAFN-12A 808 |
Diode Laser Stack, 808nm, 1080W QCW, Vertical, Actively Cooled, Fast Axis Collimation |
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8-12 weeks |
Get Quote | |
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JOLD-1560-QAF-2x8A 808 |
Diode Laser QCW-Stack in Housing, 808nm, 1560W QCW, Tap Water Cooled, Fast Axis Collimation (Long Pulse) |
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8-12 weeks |
Get Quote | |
|
JOLD-2160-QF-8A 808 |
Diode Laser QCW-Stack, 808nm, 2160W QCW, Passively Cooled, Fast Axis Collimation |
|
8-12 weeks |
Get Quote |
The JOLD–Stacks Series offers a highly modular approach for power scaling well into the kW range. The series features multimode, free-space laser diode stacks with options for 808, 940 & 980 nm, CW & QCW operation, and up to 2400 W average output power. We achieve optimal beam quality (BPP) by reducing the stack pitch without compromising cooling capacity. Our proven hard-solder technology and strictly monitored production processes ensure tried & tested reliability under even the harshest environmental conditions.
Benefits:
- Modular Power Scaling:
- Vertical stacking of individual sub-mounts within multi-laser-bar packages
- Highly modular approach for power scaling well into the kW-range
- Flexibly scale-up a laser stack to the requested power level at a given center wavelength
- Optimized Beam Quality:
- Beam quality (beam-parameter-product, BPP) optimized with lowest pitches
- Neighboring stack distance approaching 1.0 mm without compromising on cooling capacity of the submounts
- Proven Reliability:
- Tried & tested under application-specific conditions ranging from medical, industrial to mission-critical end use
- Proven hard-solder technology that covers even the harshest environmental conditions
- Strictly monitored production in clearly defined processes based on certifications
- Microchannel-Cooled Packages:
- MCCP supports CW-operation
- Actively cooled with deionized (DI) water
- Cost-Effective Customization and Design Flexibility:
- Tailored solutions to meet your unique application requirements
- Reduced cost of ownership through reliable laser solutions, providing you with the specifications you need
If you have any questions or need more information, please contact us.