How does a spot welding workstation join parts?
After the weldment is assembled, electrodes apply pressure and current generates resistance heat in the welding area until the joined part reaches a local melting or high-temperature plastic state.
Welding
After the weldment is assembled, pressure is applied through the electrode, and the workpiece is heated by the resistance heat generated by the current flowing through the welding area, so that the welded part reaches a local melting or high-temperature plastic state, and the connection is completed by the combined ac…
Understand the equipment
After the weldment is assembled, pressure is applied through the electrode, and the workpiece is heated by the resistance heat generated by the current flowing through the welding area, so that the welded part reaches a local melting or high-temperature plastic state, and the connection is completed by the combined action of heat and mechanical force.
Using the resistance heat and a large amount of plastic deformation energy of the metal itself in the welding area, the metal atoms on the two separated surfaces are close to the lattice distance, forming a metal bond, and generating a sufficient amount of common grains on the bonding surface to obtain a weld, weld or butt joint.
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Contact the engineering teamAfter the weldment is assembled, electrodes apply pressure and current generates resistance heat in the welding area until the joined part reaches a local melting or high-temperature plastic state.
Resistance heat and mechanical force bring the metal atoms close enough to form a metal bond and a weld or butt joint.