(1) First of all, the design of the casting should be reasonable, and the better structural plan should be selected as much as possible. The designer of the casting should consider the technical requirements of the casting and its structure must meet the manufacturability and feasibility of precision casting mold manufacturing.
(2) The design of precision casting molds is the most important step to improve mold quality. Many factors need to be considered, including the selection of mold materials, the usability and safety of mold structures, the machinability of mold parts and the maintenance of molds. Convenience, these should be considered as comprehensive as possible at the beginning of the design.
(3) The manufacturing process of precision casting molds is also an important part of ensuring mold quality. The processing methods and machining accuracy in the mold manufacturing process will also affect the service life of the mold. The accuracy of each component directly affects the overall assembly of the mold.
(4) Surface strengthening of the main forming parts of the precision casting mold to improve the surface wear resistance of the mold parts, so as to better improve the quality of the mold.
(5) The correct use and maintenance of precision casting molds is also a major factor in improving mold quality. Planned protective maintenance of precision casting molds and data processing during maintenance can prevent possible problems in mold production and improve maintenance efficiency.
