Custom Sheet Metal Processing Carbon Steel Stampings

The process of Xinzhe's sheet metal engineering mainly covers multiple links such as design, material preparation, cutting, bending, punching, welding, grinding and spraying. The following is a specific description of these links:

Design: According to the needs and requirements of the customer, the designer will draw the corresponding sheet metal structure diagram and determine the required parameters such as shape, size and hole position.
Material preparation: According to the design drawings, purchase the required metal sheets from suppliers. When selecting materials, you need to consider the material, thickness and size of the sheet to ensure that it meets the design requirements.
Cutting: Use a cutting machine or other equipment to cut the metal sheet into the corresponding shape according to the size and shape on the design drawing. This step requires ensuring the accuracy of cutting and the smoothness of the edges.
Bending: Put the cut metal sheet into the bending machine and bend the sheet into the shape required by the design through the machine. The angle and curve of the bending need to be precisely controlled to meet the design requirements.
Punching: According to the hole position and number on the design drawing, use a punching machine or other equipment to punch holes on the metal plate. The position and size of the punching holes need to be accurate.
Welding: If multiple sheet metal parts need to be combined in the design, welding is required. Welding is the process of connecting two or more metal plates using a welding machine, and the quality and strength of the welding need to be ensured.
Grinding: Use equipment such as a grinder to polish the sheet metal parts, remove burrs and uneven parts on the surface, and make the surface smooth and uniform.
Spraying: The last step is to spray the sheet metal parts to increase their beauty and corrosion resistance. The color and coating thickness of the spraying need to be selected and controlled according to the design requirements.

In the entire sheet metal engineering process, attention should also be paid to safety and quality control. For example, when operating equipment, it is necessary to follow the safety operating procedures to ensure the safety of personnel; at the same time, quality inspections are required at each link to ensure that the quality and performance of the final product meet the requirements.

In addition, sheet metal engineering also involves some special processes and technologies, such as forming, riveting, tapping, reaming, countersinking, etc. These processes and technologies play an important role in specific application scenarios. At the same time, with the development of science and technology, new processes and technologies are constantly emerging, providing more possibilities for sheet metal engineering.