This series of multi-core optical fibers offers high-standard configurations of 16, 32, and 64 cores with a 0.25mm core diameter, specifically designed for high-precision fiber-optic sensing and distributed measurement systems. They utilize an interface compatible with the Panasonic/Mitsubishi 16-core connector standard, ensuring seamless integration with mainstream optical demodulation equipment. These sensing fibers support advanced applications such as shape reconstruction, strain distribution, and temperature field monitoring, making them suitable for precision measurement scenarios in industrial automation, aerospace, and scientific research. Full customization is available, including core count and length customization, and integration with specialized connectors.

Our custom-built 0.25mm 8-core and 9-core Plastic Optical Fiber (POF) sensing cables are engineered for superior performance in demanding environments. This flexible and durable multi-core optical fiber solution enables precise simultaneous measurement of various parameters like strain, temperature, and shape. Unlike glass fibers, our rugged Multicore POF Cable offers exceptional impact resistance and easier installation. Ideal for structural health monitoring, industrial sensing, and robotics applications, this sensing fiber optic cable provides a cost-effective and reliable solution for continuous, distributed sensing. We specialize in tailoring the multicore fiber design to your specific project requirements.model：0.25*8 cores 500m，0.25*9 cores 500m

This product is a standard 1.0/2.2mm plastic optical fiber sensor cable. It utilizes a high-purity PMMA core and a specialized sheath design, offering a low transmission loss of 0.18dB/m and precise concentricity of ±0.5mm. Compatible with mainstream industrial connectors such as the Phoenix Contact M12, this sensor cable can replace RF coaxial cable to achieve stable signal transmission in environments with strong electromagnetic interference. It is suitable for sensor cabling, industrial networking, and data acquisition applications, offering superior corrosion and interference resistance compared to copper cables.