JOLD-Open-976-CW
Laser Diode Bar, CW, Open Heat Sink, 976nm
Key Features:
- High optical output power up to 275W CW
- High efficiency, low divergences
- Long lifetime, high reliability
There are many configurations and options available. If you do not see exactly what you need below, please contact us!
POPULAR CONFIGURATIONS:
Picture |
Part Number |
Part Description |
Datasheet |
Price |
Lead Time |
|
---|---|---|---|---|---|---|
JOLD-40-CPNN-1L 976 |
Open CS heat sink diode laser, 40 W cw, 976+/-5 nm, no collimation, passively cooled, 20% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-50-CANN-1L 976 |
Open MCC heat sink diode laser, 50 W cw, 976+/-5 nm, no collimation, actively cooled with deionized water, 50% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-60-CPNN-1L 976 |
Open CS heat sink diode laser, 60 W cw, 976+/-5 nm, no collimation, passively cooled, 20% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-80-CANN-1L 976 |
Open MCC heat sink diode laser, 80 W cw, 976+/-5 nm, no collimation, actively cooled, 50% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-80-CPNN-1L 976 |
Open CS heat sink diode laser, 80 W cw, 976+/-5 nm, no collimation, passively cooled, 30% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-100-CPNN-1L 976 |
Open CS heat sink diode laser, 100 W cw, 976+/-5 nm, no collimation, passively cooled, 30% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-120-CPNN-1L 976 |
Open CN heat sink diode laser, 120 W cw, 976+/-5 nm, no collimation, passively cooled, 50% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-160-CPNN-1L 976 |
Open CN heat sink diode laser, 160 W cw, 976+/-5 nm, no collimation, passively cooled, 50% fill factor bar |
4-8 weeks |
Get Quote | |||
JOLD-160-CPNN-1L 977 |
Open LK heat sink diode laser, 275 W cw, 976+/-5 nm, no collimation, passively cooled, 50% fill factor bar |
4-8 weeks |
Get Quote |
The JOLD-Open-976-CW laser diode bars are free-space, multimode, laser diode bars. They use open heat sink and range from 40Ws-275Ws in CW output power. These lasers are designed to be highly efficient, highly reliable, with a low divergence, and long lifetime.