The temperature can be adjusted manually through parameters.
In traditional welding the temperature is fixed, but in laser welding the temperature can be increased or decreased through manual control.
The temperature range is between 100 degrees and 3,000 degrees, high enough to weld all types of materials.
To weld a material, the temperature must reach just above its melting point.
As a result, the melting temperature of the material is a limiting factor in conventional welding and not all materials can be processed in all welding processes.
Only electric welding can produce a limited range of point heat intensity at its electrode.
Laser beam welding, on the other hand, offers maximum flexibility in terms of welding temperature in all welding processes.
An overview of common materials and their melting points highlights the range of materials that can be processed through laser beam welding:
Plastic: 150 to 350 °C
Aluminum: 600°C
Glass: 600 to 800 °C
Copper: 1085°C
Steel: 1400°C
It is possible to achieve higher temperatures during laser beam welding.
