Compact Desktop Design, 1465nm 500mW Single-mode Fiber Laser

This is a 1465nm single wavelength laser. The output power is 500mW, and the power can be adjusted from 10%~100%.

This is the single-mode fiber output. Desktop touch screen model, the parameters are visible on the screen and can also be adjusted. We can adjust the current directly on the screen. We can also set the current value directly. It also supports software control.
We use highly reliable semiconductor laser chips, professionally designed drive and temperature control circuits to ensure long-term safe operation of the laser, and the laser is output through single-mode coupling.

1. Compact Desktop Design, 1465nm 500mW
Single-mode Fiber Laser
The 1465nm single-mode fiber benchtop laser features an all-fiber integrated design, achieving
stable output through high-precision doped fiber and semiconductor pumping technology. Its
core structure consists of three key modules: a seed source module utilizing distributed feedback
(DFB) technology; an erbium-doped fiber amplifier module achieving 500mW amplification
through multi-stage pumping; and an intelligent temperature control module.
This is the single-mode fiber output. Desktop touch screen model, the parameters are visible on
the screen and can also be adjusted. We can adjust the current directly on the screen. We can
also set the current value directly. It also supports software control.
Youtube: https://youtu.be/XXW9RmLxh2g
Utilizing high-stability single-mode fiber technology, it delivers a 1465nm output wavelength and
500mW power, offering excellent beam quality and suitable for applications in scientific research,

2. medical treatment, sensing, and other fields. Its compact benchtop design supports plug-and-
play operation and features intelligent temperature control and overload protection, ensuring
continuous and stable operation. Compatible with OEM integration and customizable
pulsed/continuous mode, it is an ideal light source for precision experiments and industrial
testing.
This laser achieves high stability and low phase noise through optimized resonator design and
high-quality optical components.
The test report of this 1465nm fiber laser.