Transmissive invasive optical fiber is an optical sensing component specially used for real-time detection of liquid absorption rate of medical devices. It directly contacts the liquid medium and uses the principle of light transmission to accurately measure liquid concentration, absorption rate or pollutant content. It is widely used in medical scenarios such as extracorporeal circulation systems, dialysis equipment and drug infusion monitoring.

D80 patch cord for Laser Welding,laser cutting,laser marking,laser cleaningCore diameter: Common specifications include 200 μ m, 300 μ m, 400 μ m, 600 μ m, 800 μ m, etc

Fiber optic jaundice treatment is a safe and convenient way to reduce jaundice, especially for mild to moderate cases or home management. However, its efficacy depends on standardized operation and close monitoring. Parents need to use it under the guidance of medical staff and cannot replace medical evaluation on their own.

Energy transmission fiber not only has excellent high temperature and corrosion resistance, but also has extremely low loss and excellent transmission efficiency, providing reliable fiber solutions for various industrial applications.In addition, the fiber products provided by KINZ are rich in variety and excellent in performance, which can meet the diverse needs of different fields and different customers.

Quartz optical fiber is an optical fiber made of high-purity silica as the main material. It transmits optical signals through the difference in refractive index between the core and the cladding. Its core features are low loss, high light transmittance, and high temperature resistance. It is widely used in communications, laser transmission, sensing and other fields.

High Temperature Resistant Optical Fiber uses high quality polyimide coating (PI) quartz optical fiber. Polyimide has high modulus, high tensile strength and good chemical stability. It can withstand high temperature of 300°C for a long time and 490°C for a short time. It is also excellent in mechanical properties, fatigue resistance, flame retardancy, dimensional stability, electrical properties, etc. Therefore, optical fiber with this material as coating has the characteristics of high temperature resistance and corrosion resistance, and can be used in an environment with a temperature of 300°C for a long time.

Hard Plastic Clad Fiber can be used in devices and systems with an operating wavelength of 400-2200nm. Low-OH is optimized for near-infrared wavelengths. Its hard plastic cladding plus outer tight sleeve structure can provide higher tensile strength and can better block the influence of moisture than conventional glass cladding, making this fiber widely used in communications, industrial fields and near-infrared spectral environments. Hard plastic cladding: Made of fluorine-containing acrylic resin material, it protects the fiber core layer and plays the role of fiber cladding. The hard plastic cladding will not break easily in strong bending conditions or open construction environments during installation and terminal use. Large core diameter: The fiber core diameter range of 200 um-1500 um can provide high coupling efficiency in data connections or other connectors, reduce the cost of equipment and components, and provide a looser tolerance accuracy range. Plastic clad large core fiber can perform well in short-distance media transmission and data transmission.

UV Optical Fiber is a multimode optical fiber for applications in the ultraviolet and near-ultraviolet wavelengths. The optical fiber is a high-light-base pure silica core structure with excellent performance in terms of optical fiber loss and resistance to light damage. The core diameter is 50-1000um, the wavelength is 200-1200nm, and UV optical fibers of different geometric sizes and numerical apertures can be customized according to different customer application requirements.

Small laser welding machines usually use pulsed or low-power continuous fiber lasers, which have high requirements on the flexibility, energy transmission efficiency and damage resistance of optical fibers. The energy fiber products provided by KINZ can meet this demand well. In addition, the energy fiber products provided by KINZ are rich in variety and excellent in performance, which can meet the diverse needs of different fields and different customers.

The spectrometer one-to-two fiber optic cable is a special fiber optic cable used in spectrometer systems. It is also called a two-way fiber because of its Y-shaped shape. It can convert one optical path into two optical paths and is often used in scenarios where spectral information from different light sources or different positions needs to be collected simultaneously.

In the microscopic world of precision detection and spectral analysis, KINZ spectrometer optical cable is redefining the accuracy and efficiency of spectral data acquisition as a "messenger of light". It is not an ordinary transmission medium, but a "light guide system" tailored for spectrometers - from the multi-core design with anti-interference to the fiber end face with nano-level coating treatment, every detail exists to capture purer spectral signals. Whether it is the precise analysis of material composition in the laboratory or the rapid screening of material defects on the industrial production line, this seemingly ordinary optical cable is conveying the most authentic chemical code of matter through the language of light.

At the boundary between technology and energy, there is a kind of "light" that is quietly rewriting the rules of energy conduction - it is KINZ special energy optical fiber. Unlike traditional optical fibers that only carry information, it is like a precise energy commander, allowing energy in special frequency bands to travel through the micron-level fiber core in a nearly lossless manner. When the efficiency and safety of energy transmission become the key to technological breakthroughs, KINZ is using this "special light" to open up new possibilities in new energy, precision manufacturing, aerospace and other fields.