Fiber fusion machine to the traditional optical fiber fusion battle

An optical fiber fusion end machine is an optical fiber end surface hot melt processing device, which has the function of amplifying the end face of the optical fiber by 300 times and using a high temperature arc to polish the end face of the optical fiber. It can not only clearly observe the condition of the optical fiber end face, but also eliminates the end face of the optical fiber through arc melting. The cutting damage, and the fusion of the fiber end surface into a spherical surface to improve the optical performance of the optical fiber connection.

A. The characteristics of fiber fusion machine:

1. Easy to carry: small size, light weight only 700g;

2. Easy to use: simple operation, users can quickly master operating skills, 5 minutes to learn;

3. Save consumables: micro-current, low power, 20,000 discharges without changing the electrodes;

4 very cost-effective advantages with the optical fiber fusion pk pk also can not guarantee the success rate:

5. Real-time observation of the end-face treatment process and results to ensure the effectiveness of the fiber end-effector.

6. Strong endurance: Can be over 1000 cores at a time, normally use one-week without charging;

The scope of application:

Optical fiber melting machine widely used in the construction of data room, transformation; customer-end fiber-optic cable termination; ODF fiber jumper; fiber connection.

Three. Advantages:

1. The end of the melting end is polished in the same way as the tail fiber, and the optical performance is excellent. At the same time, there is no additional connection point for welding and cold connection. The reliability is strengthened; the most important is that the entire production process can be performed. Observations to ensure the success rate of an assembly.

2. The quality of the optical fiber connection depends on the quality of the end face of the optical fiber. Whether it is factory tail fiber grinding or in-situ optical fiber welding, the fiber end faces need to be inspected. The quality of the end face cannot be guaranteed by inspection to ensure that the cold connection is not reliable. The optical performance is temporarily ensured by the optical fiber refractive index matching liquid. Once the refractive index of the optical fiber refractive index matching liquid changes with the environment, the subsequent optical performance changes. While the melting end process physically polishes the end face of the fiber while visually inspecting the end face, the connection performance can be guaranteed.