Product Description

In hot wire welding, an electric current is passed and the filler wire is preheated using Joule resistance heating, and then the laser completely melts it into a liquid state. Liquid metal absorbs laser energy at a much higher rate. The less laser energy is required to liquefy the filler wire, the more efficient the laser is in the process. In short, in the hot wire process, the electrical power replaces the laser power that is no longer used to melt the filler wire. Overall, there is a positive impact on the energy footprint and process stability. The laser hot wire process has significant process advantages: Compared with other welding processes, the heat input and heat-affected zone are smaller, resulting in reduced deformation. In addition, higher processing speeds can be achieved at high welding levels. The weld quality is very good.

Features

1) Easy to install and operate.

2) Reduce consumable materials during welding, saving costs.

3) Fast welding speed, high efficiency, and good welding effect.

4) By changing different nozzles, it can be used for one-machine cutting, welding and cleaning.

Speed and Productivity

Fiber laser welding is generally faster than MIG and TIG welding, especially for thin materials. The concentrated heat source enables fast and efficient welding, which helps to improve productivity.

Precision and Accuracy

Fiber laser welding offers high precision and accuracy due to its focused and concentrated beam. It is suitable for applications that require fine control over the weld.

Heat Input and Deformation

Fiber laser welding typically results in a smaller heat-affected zone, reducing deformation and minimizing thermal stress on the workpiece.