To realize the production of precision copper parts, it is necessary to adopt precision copper forging technology. The following are the general steps to achieve the production of precision copper parts: Material selection: Select high-purity copper materials suitable for the production of precision copper parts, and ensure that its quality and performance meet the requirements. Process design: process design, including mold design, forging temperature, forging speed, forging pressure and other parameters. These parameters need to be reasonably selected according to the specific copper shape and size to ensure the accuracy and quality of the forging. Mold making: According to the design requirements to produce precision forging die. The precision and quality of the forging die directly affect the precision of the final product, so it is necessary to control the dimensional accuracy and surface finish of the die during the production process. Heating treatment: The selected copper material is heated to the appropriate temperature so that it reaches the conditions of plastic deformation. The heating temperature needs to be determined according to the thermal deformation characteristics of the specific material and is strictly controlled in place to avoid overheating or insufficient problems. Forging forming: the heated copper billet is put into the forging die, and the appropriate pressure is applied under the action of forging machinery to make the copper billet plastic deformation and gradually shape into a predetermined shape. At the same time, the forging speed and pressure are controlled to ensure the accuracy and surface quality of the forging. Finishing: After forging is completed, further finishing processing may be required, such as grinding, polishing, etc., to achieve higher precision and surface quality requirements. Inspection and quality control: The production of precision copper parts for testing, such as size measurement, material composition analysis, surface quality inspection. Through strict quality control, ensure that products meet the design requirements and customer needs. It should be noted that the production of precision copper parts requires professional equipment and technology, and must be operated in strict accordance with the process regulations. In addition, different copper shapes, sizes and requirements will vary, so the specific process flow and parameters may be adjusted and optimized.
