Molds are a crucial foundation for ensuring the precision of aluminum die castings. During the mold design phase, the cavity dimensions, wall thickness distribution, and demolding methods should be rationally planned based on the product's structural characteristics to avoid deformation caused by stress concentration or unreasonable structure.
During mold processing, strict control over machining accuracy and cavity surface quality is necessary. Simultaneously, a well-designed cooling structure is essential to maintain mold stability during production, thereby improving the dimensional stability and surface consistency of the aluminum die castings.
The operating status of the equipment directly affects the forming quality of the aluminum die castings. Regular maintenance and calibration of the die casting equipment, ensuring the stable operation of the clamping system, injection system, and control system, helps reduce fluctuations during production. Stable equipment precision is a vital guarantee for improving the dimensional accuracy and surface quality of aluminum die castings.
