Leirte series high power FP fiber coupled laser is built with FP resonant cavity and hermetic metal package. Laser light is coupled into 105μm multimode fiber for high-power delivery. The metal hermetic package provides good protection against moisture, dust and thermal fluctuation, making it a preferred pump source for solid-state lasers and fiber lasers. Every unit is factory calibrated and long-term aged before shipment.
FP resonant cavity design for high continuous output power
Hermetic metal sealed package, superior reliability
105μm multimode fiber, NA 0.22
Available infrared wavelengths: 830 / 915 / 940 / 976 / 1064 nm
Optional fiber connectors: FC/PC, FC/APC, SMA905
Standard fiber length: 100 cm
CW continuous wave operation
Good thermal stability for long-hour pumping work
Strict quality aging test
Accept sample testing and custom requirements
Fiber laser & solid-state laser pumping
Laser medical equipment light source
Industrial optical excitation
High power infrared illumination
Material thermal treatment and optical testing
Scientific research pumping system
Q: What is FP fiber coupled laser?
FP laser stands for Fabry-Perot laser diode. It features FP resonant cavity structure, capable of delivering high continuous power, widely used as pump source for fiber lasers.
Q: What is the advantage of metal hermetic package?Hermetic metal sealing isolates the chip from humidity and contaminants, greatly improving stability and service life under long-time high-power working.
Q: What fiber and connectors are equipped?It uses 105μm multimode fiber with NA0.22. FC/PC, FC/APC and SMA905 connectors are optional.
Q: What is the main difference between this FP high power model and ordinary multimode fiber coupled laser?This FP metal packaged version targets high-power laser pumping, with hermetic sealing and higher power rating; regular multimode coaxial models are more for general illumination and low-power excitation.
Q: Can I order samples for pump performance test?Yes, sample orders are supported. Please tell us wavelength, output power and connector type you require.