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.
The sensing multi-core optical fiber cable provided by our company is a special optical cable product that integrates advanced technology and precision manufacturing technology, and is designed for complex and high-demand sensing monitoring application scenarios.
High-Core-Count Multi-Core Sensing Fiber
Models: MCF-16 (0.25*16 cores), MCF-32 (0.25*32 cores), MCF-64 (0.25*64 cores)
Product Specifications:
Core Material: Quartz Glass
Standard Core Counts: 16-core, 32-core, 64-core
Core Diameter: 0.25 mm
Interface Options: Compatible with mainstream 16-core fiber connector standards from Panasonic, Mitsubishi, and others
Compatible Models: Compatible with most commercially available fiber interrogators based on ΦB, OTDR, and OFDR technologies, for applications in distributed acoustic sensing and shape reconstruction systems.
Features:
1. Ultra-high core-count design supports ultra-high spatial resolution sensing.
2. Excellent optical consistency ensures stable signal transmission across all channels.
3. Core count, coating, and bend resistance can be customized based on application requirements. Applications:
1. Enables distributed strain, temperature, and vibration measurement with spatial resolution up to millimeter level.
2. Applied to high-end fields such as aerospace health monitoring, medical robot shape perception, and oil and gas pipeline safety warnings.
3. Provides high-precision, high-reliability fiber optic sensing solutions for scientific research and industrial inspection.
Customized services
We are well aware that the application scenarios and needs of different customers are different, so we provide comprehensive customized services. Whether it is the length of the optical cable, the arrangement of the number of cores, the sheath material and color, or the special optimization of the sensing function, KINZ can customize the design and production according to your specific requirements to ensure that the product fully meets your actual application needs.
