Fusion Splicer

Fusion Splicer adopts a metallic paint finish that exudes a futuristic technological sense. It integrates TPU material and precision metal die-casting technology. The seamless injection molding not only strengthens the stability of the overall structure, but also gives it an unparalleled texture. Its distinctive design integrates the embedded screen cleverly into the body, enhancing protection while achieving a perfect unity between the interface and the machine’s curved surface.



It integrates discharge, fusion, and heating functions in one and is with a compact and lightweight structure.

Both the touchscreen and buttons can be used for operation: The design of the surface-painted plastic buttons is waterproof, durable, and offers a pleasant tactile experience, ensuring sensitive operation, which effectively prevent accidental touches. The user-friendly touchscreen interface conforms to user habits and is user-centric.

It supports smart interaction through a Bluetooth APP, enabling one-touch connectivity with smartphones. The Bluetooth connection is stable and reliable, and the data transmission is fast and convenient.



Compared to other similar products, Fusion Splicer is more economical and durable, offering more fusion times and significantly reducing user costs. It also supports displaying the number of welding times. It can operate stably in environments ranging from -10°C to 50°C, altitudes of 0-5000 meters, humidity levels of 0-95%, and even wind speeds up to 15 m/s. It can withstand desert, humid, rainy, snowy, high-altitude, and extreme temperature challenges.



We are committed to using environmentally friendly materials and strictly following to ROHS standards to ensure Fusion Splicer are green and safe. At the same time, our technological innovations significantly lower optical fusion loss and enhance the speed, efficiency, and quality of optical fiber fusion. This brings unprecedented economic value to key projects such as fiber optic trunk line construction and fiber-to-the-home installations. It not only accelerates construction progress and reduces operational costs but also advances the informationization process on a societal level, making a significant contribution to sustainable development.