In the process of Furniture Mould manufacturing, there are many factors that affect the quality of the mould. Mold design, mold processing, mold assembly and debugging are all the key factors that affect the final quality of the mould. Furniture mold design is the most critical link that determines the inherent quality of the mold. The quality of furniture mold and product directly depends on the quality of mold process design and structure design. Designers should not only consider meeting customer's requirements but also consider the machinability, reliability, maintainability, convenience, safety and service life of furniture mould.
The furniture mold processing process is also an important part to ensure the quality of the mold. The processing method and precision in the furniture mold manufacturing process will affect the service life of the mold. The machining accuracy of furniture mold parts directly affects the overall assembly quality of the mold. In addition to the influence of the precision of the equipment itself, it is also necessary to improve the machining methods of the parts, improve the technical level of mold fitters and adjust the fitters in the process of grinding, fitting and debugging, so as to improve the machining quality and assembly quality of the mold, and make its mold performance, quality and reliability meet the production requirements of customers. In the mould industry, after several years of market operation, all enterprises have taken the four major factors of quality, cycle, cost and service as the symbol of their core competitiveness. In these four major elements, everyone puts quality more and more in the first place.
The high-level machining precision is by no means achieved by simple and skilled operation, which contains a lot of technological skills. In other words, high-precision machine tools may not be able to process high-precision products because they lack technology. Low-precision machine tools can also process high-precision products because they have mastered technical skills. Therefore, to improve the machining accuracy of numerical control machine tools, the key is to improve the level of machining process and the implementation rate of the process. Debugging is to verify and confirm the design technology and machining accuracy, and at the same time, it must have the ability of comprehensive analysis, processing, and solution, and realize the unrealized design intention through debugging. Therefore, it can be said that the key links that affect the final quality in the manufacturing process are the machining accuracy and debugging level.
