Custom Optical Fiber

Single Mode Fiber is a durable, high-quality patch cord that provides uniform results with minimal signal dispersion. When light passes through a single mode fiber core, there are virtually no light reflections produced. This lowers the fiber attenuation and makes the signal's ability to travel farther. Therefore, single-mode fiber is generally intended for long-distance, higher-bandwidth applications.

Multimode fibers have a larger core (62.5 µm or 50 µm) that guides many modes simultaneously. This means that more data can pass through the multimode fiber core at any given time. This creates more light reflections and higher dispersion and attenuation, degrading the quality of long-distance signals. So generally data multimode fiber is used for audio/video applications in short distance, data and LAN.

Patch Cord: The patch cord is composed of a single fiber, and stainless steel BX, silicone monocoil, and PVDF jackets can be used.

Bifurcated Fiber: Bifurcated fiber is a Y configuration with two fibers side by side at one end and one split at the other end. This allows fibers of unified or different core diameters or wavelength ranges to be used at each end.

Splitter Fiber: A splitter fiber consists of 3 fibers. Two fibers at one end pass light to a third fiber at the common end. Although transmittance is low in this type of Y configuration, the light from each fiber mixes efficiently while traveling down the common end.

Reflection Probe: The Reflection Probe consists of a 6-around-1 fiber bundle and measures the reflection and fluorescence of solid surfaces or the backscattering and fluorescence of liquids and powders.

Dip Probe: Transmission dip probe measures the absorbance and transmittance of a solution. The probe is designed to fit a narrow stainless steel or peek or ferrule.