Communication multimode fiber (62.5/125um)

Sulfide MWIR Nonlinear Medium Wave Infrared Fiber 1.5-6.5um IRFLEX IRF-S Series

IRF-S series chalcogenide mid wave infrared (MWIR) fiber (1.5 to 6.5 μ m

Mid infrared ZBLAN fluoride core energy transmission fiber with a wavelength of 0.3-5um

ZBLAN fiber is a composite glass fiber composed of heavy metal fluorides such as ZrF4, BaF2, LaF3, AlF3, and NaF. Compared with widely used quartz optical fibers, ZBLAN optical fibers have the characteristics of a wide transmission wavelength range (0.35 μ m~4 μ m) and high emission efficiency of doped rare earth ions. By developing a unique fiber manufacturing technology, Xiaoxiao Photon has introduced low-cost production of high-quality (especially low loss) fluoride fibers.

IRFLEX IRF Se series sulfide LWIR nonlinear long wave mid infrared fiber 1.5-10um

IRF Se series chalcogenide long wave infrared (LWIR) fiber (1.5 to 10 μ m

Optran ? Mid infrared (MIR) silver halide fiber wavelength: 4-18 μ

This unique fiber contains photosensitive compounds (AgCl, AgBr), which are very suitable for the mid infrared (MIR) range.

VIS/IR multimode fiber with reduced interference pattern 500-1700nm (polyimide)

Multimode fiber with reduced interference pattern is an improved multimode fiber that uses OH core material and is suitable for the wavelength range of 500-1700nm. It is coated with polyimide and has a standard numerical aperture of 0.22., It displays a negligible stripe pattern that is crucial for sensor applications. Additional buffering options such as higher or lower NA and ETFE or nylon (tetrafluoroethylene or polyamide) can be provided upon request.

Large core energy transmission fiber (core diameter 100-900um)

We are currently able to provide international commercial grade quartz energy fibers in bulk. Our energy fibers include two categories: quartz clad high-performance energy fibers and plastic clad performance energy fibers. Quartz clad energy fiber can transmit high laser power, has good resistance to optical damage, as well as low attenuation and high light transmittance (from 400nm to 1600nm in the near ultraviolet to near infrared bands)