1. In line with the trend of environmental protection development. In traditional welding, smoke, dust, harmful gases, etc. are prone to occur, which have a certain impact on the environment. Laser welding robots use electron laser beams for welding, which focus into electron laser beams through high voltage. During the welding operation, the kinetic energy of electrons is converted into heat energy, causing local melting of the workpiece material to achieve welding. Electron laser beam welding does not require the use of welding materials, has minimal environmental hazards, and is not easily oxidized.
2. Real time monitoring of the production process to ensure welding quality. Laser welding robots are equipped with multiple sensors that can monitor the welding process in real-time. In the event of a malfunction, an alarm signal will be issued, and the output power and size of the laser focusing point will be dynamically adjusted according to production and processing regulations. Suitable welding parameters will be used for different welding parts to control the welding quality.
3. Flexible running speed and wide application range. The laser welding robot adopts a multi axis design. In order to improve welding flexibility, it can also be equipped with a welding positioner to enhance its flexibility. The coordination work between each axis can meet the welding needs of different fields. The control system of the intelligent welding robot is equivalent to the reaction speed of a skilled welder, realizing dynamic welding applications.
4. Implement dynamic welding for different workpieces. With the continuous development of various fields, different specifications of workpieces have certain requirements for welding processes, welding methods, welding flexibility, etc. Laser welding robots have small light spots and doubled processing accuracy. Suitable welding parameters can be used according to different welding parts to stabilize welding quality and improve welding efficiency.
5. Implement welding work for small batch products. Users who want to improve welding efficiency and achieve high production efficiency need to carry out welding work for batch products. Laser welding robots use teaching and reproduction welding methods to achieve welding work for batch products in repeated actions, thereby improving production efficiency.
6. Control project investment and clarify production cycle.