SUMMARY

Optical fiber is a versatile tool used for light conduction and transmission. It can be combined with a variety of testing equipment, including spectrometers, spectrophotometers, temperature probes, and cell phone testing devices, for spectral analysis. Optical fiber is also used in high-sensitivity measuring instruments for optical signals and as a medium for importing and exporting light for integrating spheres.

The XOP-1102 series quartz fibers feature a concentric cylindrical structure, consisting of a quartz core and a fluorine-doped quartz cladding, and are coated with resin materials to enhance fiber strength. An additional sheath layer can be added to protect the fiber. These fibers can transmit light over a wide wavelength range and high power, making them ideal choices for photometry. Fibers are available with core diameters of 200-1100nm and 400-2200nm, and in 1-to-1, Y-type, 1-to-M type, and M-to-M type configurations. Customization options are also available for fiber diameter, core number, length, material, structure, and connector type.

Fiber optics are highly customizable and can be tailored to different transmission wavelengths, branching structures, core diameters, cladding, lengths, output forms, and connector types. The quartz double-clad fiber, for example, utilizes quartz as the optical core layer, fluorine-doped quartz as the optical skin layer, and a resin coating to ensure the strength of the fiber, with an optional outer jacket.