The skirt side luminous optical fiber is soft, can be bent at will, is safe, energy-saving, maintenance-free, waterproof, UV-resistant, and has a long service life. The molding craft decoration made of it is widely used in automobile interior decoration and clothing decoration.

The black and white skirt optical fiber used for automotive ambient lighting is an automotive interior lighting material that uses plastic optical fiber as the core light-guiding medium, is wrapped in a black or white protective cover, and has a flexible skirt structure on the side. It is connected to an LED light source to achieve light conduction and scattering, and is mainly used to create an atmospheric light effect in the car, with the characteristics of light guidance, decoration, and easy installation.Black Skirt Edge Optical FiberSkirt Fiber TubeMilk White Skirt Edge Optical Fiber

Shenzhen Jinzhi Optoelectronic Technology Co., Ltd. is a professional global supplier of plastic optical fiber and hard plastic coated quartz optical fiber (HCS\H-PCF 200/230μm), mainly in the field of wind power, photovoltaic field, electrical automation, Many equipment in the fields of industrial automation, automobile industry, medical treatment, sensing, aerospace, rail transit, smart home, etc. build the new generation of short-distance data transmission communication system "optical link system"

Toslink audio transmitter is an audio signal transmission device designed based on the Toslink (Toshiba Link) standard. Its core function is to convert digital audio electrical signals into optical signals and transmit them through optical fibers to achieve long-distance, low-interference transmission of audio data.Models： DLT 1811 Toslink Transmitter, DLR 2811 Toslink Receiver

KINZ audio transceiver is an audio signal transmission device that uses Toslink interface technology. Toslink interface technology converts digital electrical signals into digital optical signals through optical transmission modules, and then these optical signals are transmitted to the optical receiving module through optical fibers. The optical receiving module then converts the optical signals back to the digital electrical signals, thereby realizing the transmission of audio signals. KINZ audio transceivers are compatible with most Toslink standard devices.Models：DLT 1611 Toslink Transmitter, DLR 2611 Toslink Receiver

The Toslink Audio Transmitter DLT1411 and Receiver 0629S1 (RX)/DLR 2411 high-definition optical audio transceiver set is designed to address issues such as interference in long-distance audio transmission and device interface incompatibility, making it suitable for home audio, desktop audio, and light professional audio applications. This set uses a Toslink optical fiber interface for lossless audio signal transmission, supporting major audio formats such as PCM, Dolby, and DTS. The full link from transmitter to receiver ensures pristine sound quality, avoiding the electrical interference and signal attenuation associated with traditional analog audio, allowing users to easily build a stable high-definition audio transmission system.

The fiber optic tail sleeve is an important accessory for fiber optic connectors. In fiber optic connections, it protects the fiber end, enhances mechanical properties, and protects the fiber from external environmental influences (such as wear and corrosion). Common types include tail sleeves suitable for different fiber optic connectors such as ST and SMA905. They also have environmentally friendly flame retardant and high temperature resistance characteristics, which can meet the fiber optic connection needs in various scenarios.SMA905 Tail Sleeve,ST Tail Sleeve

TS118 - 3 is a non-contact infrared temperature sensor produced by HLP of Germany. The TS118-3 infrared temperature sensor is used for temperature measurement in the medical and industrial markets.

SMA905 interface analog signal 3PIN detector is a fiber optic detector that uses SMA905 fiber optic connector, can transmit analog signals and has three pins. It is usually used to detect optical signals or other physical quantities and convert them into continuously changing voltage or current signals for transmission. It has a wide range of applications in optical fiber communications, spectrum analysis and other fields.

The SMA905 fiber optic probe is a high-precision optical sensing probe based on the standard SMA905 interface, designed specifically for industrial inspection and medical diagnostics. Utilizing a precision optical structure and high-quality fiber materials, it ensures superior optical signal transmission performance and measurement accuracy, making it an ideal solution for optical inspection in a variety of complex environments.

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

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.