Not only should it facilitate the installation of positioners and clamps, but it should also facilitate adjustment of their positions to accommodate the clamping requirements of different products, reflecting a certain degree of "flexibility."
The selection of
Laser Welding Machine type is primarily based on a comprehensive consideration of factors such as the structural characteristics of the workpiece being welded, the predictability of the clamping position, production efficiency, and specific welding process requirements.
For products with high production volumes, numerous selection points, and low clamping forces,
YAG Laser Mold Repair Welder are often used. For products with low production volumes but long-term stability and high clamping forces, hydraulic clamps are recommended.
For medium and thick steel and stainless steel products with below medium production volumes and ample operating space, a suitable option is the Laser Welding Machine. Simpler manual screw clamps are often used; for metal products with small production volumes, large accidental clamping locations, and moderate toughness (such as when assembling the body of a high-pressure vessel or the web of a crane main beam), wedge irons or crowbars are often used to properly handle the clamping requirements for precise positioning of the workpiece.
