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
Multi-core Plastic Fiber Sensor Cable
Product Features
Constructed from 0.25mm core diameter plastic optical fiber, this cable is available in 8-core and 9-core configurations. It offers excellent impact resistance and flexibility, supporting distributed strain, temperature, and deformation measurement. It is resistant to electromagnetic interference and suitable for applications such as industrial automation, structural health monitoring, and robotic sensing. Cable length, interface type, and protection level can be customized to meet customer needs.
Core Advantages
1. Multi-core Parallel Sensing: Supports simultaneous measurement of multiple parameters.
2. Flexibility and Durability: Small bend radius and mechanical shock resistance.
3. Customization: Customizable specifications available.
4. Plug-and-play: Compatible with standard POF demodulation equipment.
Applications
Industrial sensing applications such as steel structure monitoring, pipeline inspection, intelligent robotic arms, temperature field measurement, and strain distribution monitoring.
Six Reasons to Choose KINZ Multi-Core Plastic Fiber Sensor Cables
1. Superior Durability and Reliability
Utilizing special impact-resistant plastic optical fiber and a reinforced polyurethane jacket, these cables offer superior resistance to bending, vibration, and mechanical shock compared to glass optical fiber, making them particularly suitable for harsh industrial environments and offering a longer service life.
2. True Multi-Parameter Simultaneous Measurement Capability
Offering customizable 8-core and 9-core designs, each fiber independently transmits signals, enabling simultaneous acquisition of multi-dimensional data such as strain, temperature, deformation, and vibration. This significantly improves monitoring efficiency and data consistency, eliminating the cost of multiple cable runs.
3. Fully Customizable Solutions
Customizable solutions encompass everything from fiber count, length, connector type, and jacket material to precisely match your project needs, eliminating the need to compromise with standard products.
4. Strong Anti-Interference and Ease of Deployment
Completely immune to electromagnetic interference, these cables offer zero data distortion in environments like high voltage, strong magnetic fields, and lightning strikes. They are also extremely flexible and require no specialized equipment for installation, significantly reducing deployment time and costs.
5. Wide compatibility and standardized plug-and-play interfaces.
Compatible with mainstream POF demodulators and supporting universal communication protocols, this product eliminates the need for additional driver development and allows for rapid integration with existing sensor systems.
6. Proven performance for demanding applications
This product has undergone third-party testing and complies with ISO/IEC standards. It has been successfully deployed in a variety of demanding scenarios, including bridge health monitoring, real-time robot deformation control, and pipeline leak detection, providing proven reliability.
Finally, KINZ supports customization of sensor cables. The number of cores, diameter, sheath material, length and sensor parameters can be adjusted according to needs to accurately match the scene. Please feel free to consult us at any time!
