The 808nm 400W Fiber Coupled Laser is a fiber-coupled diode laser module for OEM integration in solid-state laser pumping, photovoltaic photoluminescence excitation and direct-diode systems. It delivers 400 W from a 200 µm core fiber at a 805–811 nm (808 nm typical) centre wavelength.
Technical reference 808-LXGX0400. Request the full specification to confirm the optical, electrical and mechanical configuration for your platform.
Used in: laser pumping and PV inspection.
808nm 400W Fiber Coupled Laser delivers fiber-coupled optical power for industrial laser pumping, machine vision, inspection, and analytical instruments. Its 400W output class is selected alongside fiber geometry, connector configuration, thermal design, and the requirements of the host system.
Technical reference: 808-LXGX0400. Confirm the final optical, electrical, mechanical, and environmental configuration against the order-specific technical specification before design release.
| Parameter | Local specification value |
|---|---|
| Variant 808 nm 400 W — Center wavelength | 808 nm |
| Variant 808 nm 400 W — Output power | 400 W |
| Variant 808 nm 400 W — Operating current | 10 12 A |
| Variant 808 nm 400 W — Operating voltage | 90 95 V |
| Variant 808 nm 400 W — Electro-optical efficiency | 40 % |
| Variant 808 nm 400 W — Fiber core diameter | 200 μm |
| Variant 808 nm 400 W — Fiber NA | 0.22 |
| Variant 808 nm 400 W — Fiber length | 1.5 m |
| Variant 808 nm 400 W — Center wavelength | 808 nm |
| Variant 808 nm 400 W — Output power | 400 W |
| Variant 808 nm 400 W — Operating current | 16 A |
| Variant 808 nm 400 W — Operating voltage | 55 57 V |
| Variant 808 nm 400 W — Electro-optical efficiency | 45 % |
| Variant 808 nm 400 W — Fiber core diameter | 400 μm |
| Variant 808 nm 400 W — Fiber NA | 0.22 |
| Variant 808 nm 400 W — Output connector | SMA905 |
| Variant 808 nm 400 W — Fiber length | 1.5 m |
We recommend confirming the final optical, electrical, mechanical, and environmental configuration against the order-specific technical specification before design release. This keeps the selected fiber coupled laser aligned with the host system and its operating conditions.
