FC plastic transparent optical fiber cable is an optical transmission cable that combines FC connector and plastic optical fiber (POF, Plastic Optical Fiber). It is mainly used for short-distance, highly flexible optical communication connections that require anti-electromagnetic interference. Its transparent characteristics combine functionality and aesthetics, and it is an economical alternative to quartz optical fiber in short-distance scenarios.Models：FC plastic optical fiber line transparent large core optical fiber，FC Special Optical Fiber Development

The SMA905 fiber optic connector is a standard fiber optic interface with a threaded locking mechanism. Its superior mechanical stability and optical performance make it one of the most commonly used fiber optic connectivity solutions in industrial, medical, and scientific research fields. Featuring a precision stainless steel construction and a flat-top polished end face, this connector is optimized for high-power transmission and sensing applications.Models include: SMA905 1000µm fiber optic cable for arc detection, and SMA905 2000µm large-core cable.

This SMA905 fiber optic patch cable focuses on "precise connectivity + scenario adaptability." With its differentiated blue plastic pigtail design and SMA905-SMA905 dual-standard connector configuration, it is the ideal choice for high-quality fiber optic connectivity in industrial control, optical inspection, instrumentation, and other fields.As a high-quality fiber optic patch cable, it utilizes a high-purity quartz core (99.999%), a low-loss coating, and a blue plastic pigtail. This synergistic effect reduces optical signal scattering and attenuation during transmission, while also enhancing overall anti-interference capabilities through a structural design. It meets the optical connectivity needs of laser equipment, spectrum analyzers, industrial sensors, and other devices, providing users with a stable, efficient, and easy-to-manage fiber optic connectivity solution.

This series of fiber optic patch cables is optimized for applications such as biomedical testing, fluorescence spectroscopy, and medical diagnostic equipment, reliably transmitting optical signals in the ultraviolet, visible, and near-infrared bands. The specially designed connector structure effectively prevents light leakage, ensuring accurate and consistent test data.We offer a variety of fiber core diameters and lengths, and support customization to meet the specific needs of different equipment. Fully compliant with relevant medical device standards, these patch cables are ideal for life science testing, medical diagnostics, and environmental monitoring.Models：SMA905 Fluorescence pof ，SMA905 2.0 pigtail pof

The combination of the Kato Terminal Connector and Kato Crane Cable (629-23113000) is a factory-compatible connectivity solution specifically designed for Kato Crane Optical Cable. This solution addresses the signal transmission requirements of Kato crane equipment, addressing issues such as unstable optical cable connections, poor adaptability, and high wear and tear in complex operating conditions. Through high component compatibility and scenario-specific design, it provides reliable, end-to-end support for precise control and data transmission on Kato cranes. It is a dedicated, optimized solution for upgrading and maintaining Kato crane optical cable systems.

The LBB4416 series is a special cable consisting of 2 plastic optical fibers for data and audio communication and 2 copper cores for power supply. The cable is delivered assembled with a network connector. This cable can be used to connect the CCU to the audio expander. Network cables are available in different lengths. The addition (/xx) to the part number indicates the length of the cable. Only LBB 4416/00 is available without a connector.

The SMI 1394 LAN multimode fiber optic patch cable (SC-SMI interface) is a professional connection component designed for high-speed data transmission in LANs. With "highly stable transmission" as its core advantage, it solves problems such as large signal transmission loss and low connection reliability between LAN devices. It is compatible with 1394 standard LAN environments and provides an efficient and durable fiber optic connection solution for data interconnection.