1. What is laser welding fiber?

The end face of the laser energy transmission fiber is precisely ground for the large core diameter energy fiber, with the air gap and the high-precision D80 connector protected by sapphire, 

to realize the flexible transmission of the single fiber 1000W and below high-power laser, the transmission capacity reaches more than 90%, the working performance is stable,

 the connector The internal environmentally friendly process without glue technology further improves the heat dissipation effect and service life of the energy fiber,

 and meets the needs of higher power transmission such as laser welding and cutting.

Laser processing is the most commonly used application of laser systems. The main technologies include laser welding, laser cutting, surface modification, laser marking,

laser cleaning, laser drilling, micromachining and photochemical deposition, stereolithography, laser etching, etc.

2. Characteristics of laser welding fiber

1. With air, no glue process

2. With sapphire protection connector

3. High quality stainless steel armored hose protection layer

4. Large core diameter energy fiber, a variety of specifications optional

3. The main application of laser welding fiber

1. Laser marking

2. Laser cleaning

3. Laser welding, cutting

4. High-power laser flexible transmission

4. Specifications and models of laser welding optical fibers: energy-transferring double-clad silica optical fibers

5. Structure diagram of laser welding fiber

6. The main laser welding optical fiber sensing products provided by Shenzhen Jinzhi Optoelectronics are as follows