POF-based Drug Detection Fiber is a special optical fiber detection system that uses polymer optical fiber as a sensing medium. It achieves specific identification and detection of drug molecules through optical fiber surface modification or structural design. This sensing technology combines the flexibility of plastic optical fiber with detection principles such as surface plasmon resonance fluorescence quenching, and has the characteristics of rapid on-site detection, high sensitivity and strong concealment.

Panasonic's fiber optic sensing solutions include the FT-49, FD-66, and FD-45G series of reflective and coaxial sensing fibers, designed for high-precision industrial inspection. These products utilize an anti-interference structure, support a 0.1-5mm detection range, and offer a high-speed response time of 0.5ms. They are compatible with distributed optical cable interfaces such as the PIT46U. They are ideal for applications such as micro-part positioning in the electronics manufacturing industry, color tracking in packaging machinery, and automotive solder joint inspection. With excellent environmental adaptability and a flex lifespan exceeding 10 million years, they provide stable and reliable sensing support for automation systems.

The EYENCE FU-35FA plastic optical fiber sensing solution is designed specifically for industrial inspection scenarios, supporting high-precision plastic optical fiber sensing and compatible with distributed sensing cable interfaces such as the FRC-410. Featuring an EMI-resistant design and IP67 protection rating, it is suitable for use in strong electromagnetic environments and detecting small objects. Its black connector enhances durability and docking stability, allowing for seamless integration into automation systems. It is widely used in positioning, counting, and quality inspection scenarios in electronics manufacturing, packaging machinery, and the automotive industry, providing a high-speed, highly reliable sensing solution.