There are various common methods for processing automotive parts in Dalian, including turning, milling, drilling, cutting, stamping, forging, welding, injection molding, die-casting, casting, laser processing, electrical discharge machining, robot machining, etc. These processing methods play an important role in the manufacturing process of automotive parts and provide critical support for the development of the automotive industry.

The common processing methods for automotive parts also include stamping, forging, welding, and so on. Stamping processing refers to the use of stamping equipment to perform plastic deformation processing on metal materials, forming metal materials through stamping molds. Forging processing refers to the use of forging equipment to process metal materials, and the plastic deformation of metal materials is achieved through hammering or pressing. Welding processing refers to the use of welding equipment to connect two or more metal components together through welding methods.

The common processing methods for automotive parts also include injection molding, die-casting, casting, and so on. Injection molding refers to the use of an injection molding machine to inject molten plastic material into a mold, which is then cooled and solidified into shape. Die casting processing refers to the use of a die casting machine to inject molten metal materials into a mold, and after cooling, the metal materials are solidified into shape. Casting processing refers to the use of casting equipment to pour molten metal materials into molds, and after cooling, solidify the metal materials into shape.

Common processing methods for automotive parts include laser machining, electrical discharge machining, robot machining, etc. Laser processing is the use of high-energy laser beams emitted by lasers to process workpieces, achieving cutting, welding, drilling and other operations through the irradiation and action of the laser beam. Electrical discharge machining refers to the use of electric pulse discharge to generate discharge sparks between the workpiece and the electrode, and to process the workpiece through the impact and heat energy of the sparks. Robot machining refers to the use of robots for machining, cutting, grinding, bonding and other operations on workpieces through pre programmed trajectories and actions.

The common processing methods for automotive parts include turning, milling, drilling, and cutting. Turning machining refers to the use of a lathe machine tool to cut workpieces by rotating the cutting tool. Milling refers to the use of a milling machine to process a workpiece by continuously moving and rotating the cutting tool. Drilling machining refers to the use of a drilling machine to process holes in workpieces by rotating cutting tools. Cutting machining refers to the use of cutting machines for machining, using cutting tools to cut workpieces.