It is possible to process a wide variety of different types of workpieces, and there are numerous different processing methods to choose from. For different types of workpieces, the processing methods and technical requirements are distinct from one another. In accordance with the processing procedures, the parts should be inspected and accepted before being transferred to the next procedure, and they should only be transferred to the next procedure after the previous procedure has been qualified. It is not recommended to place finished parts directly on the ground; instead, appropriate support and protection measures should be put in place to prevent damage to the ground. It is not permitted to have defects on the surface of the processed thread, such as black skin, bumps, random buckles, and burrs, on the processed thread surface.

The forgings should be forged on a forging press with adequate capacity in order to ensure complete penetration of the forgings.

To be used or performed properly, forgings must be free of visible cracks, folds, or other appearance defects that would impair their use or performance. Localized defects can be removed, but the cleaning depth should not exceed 75% of the 5 axis machining services allowance. Defects on the non-machined surface of the forging should be cleaned up, and smooth transitions between them should be created.

It is not permitted to have white spots on forgings, internal cracks, or residual shrinkage holes in forgings.

The processing of welding parts must meet certain requirements.

Prior to beginning the welding process, all defects must be completely removed, and the groovesurface must be repaired in a smooth, non-sharp manner to ensure a successful weld.

B. Shovelling, grinding, carbon arc gouging, gas cutting, and machining are all methods that can be used to remove the defect area from a welded piece of metal.

Within 20mm of the welding area and groove must be cleaned carefully and thoroughly to ensure that no dirt, sand, oil, water, rust, or other debris gets into the welding area or groove.

To ensure that the preheating zone remains at or above 350 degrees Celsius throughout the welding process, it is necessary to maintain this temperature.

Weld as much as possible in a horizontal position when the circumstances permit cnc drill machining.

F. When repairing welding, it is critical that the welding rod does not make an excessive amount of lateral swing during the repair procedure.

A weld bead overlap of less than one-third the width of the weld bead during the welding process is prohibited during surface surfacing welding. The welding surface should be free of visible burns, cracks, and nodules, as well as any other imperfections.

Furthermore, there are no defects such as biting meat, adding slag, pores, cracks, or splashing; the welding wave is uniform throughout the entire process.

4. The specifications for the die-casting process are provided.

A. No cold partition, cracks, shrinkage holes, penetrating defects, or serious incomplete defects (such as under-casting, mechanical damage, etc.) are permitted on the surface of the casting. B.

It is necessary to clean up the castings in order to ensure that there are no burrs or flashes. Cleaning pouring risers flush with the casting surface on the non-processed surface is essential for achieving a smooth pouring surface on the cast.

On the non-machined surface of the casting, the casting characters and marks should be clearly visible and distinguishable, and their position and font style should be consistent with the requirements of the drawing.