The quality of key components of the Vertical stuffing machine directly affects the performance, stability, accuracy and efficiency of the whole machine, and in-depth research on its precision processing technology is of great significance.
First of all, as one of the core components of the Vertical stuffing machine, the stirring blade has extremely high processing technology requirements. The shape of the stirring blade is usually complex, and it needs to have a good streamline to reduce the stirring resistance and ensure that the filling is mixed evenly. During the processing, CNC processing technology is often used, such as a five-axis linkage machining center, which can accurately mill the curved surface profile of the blade. At the same time, in order to improve the wear resistance and corrosion resistance of the blade, surface treatment is required after the processing is completed, such as the use of carbide coating or special chemical plating treatment, to enhance its service life and performance stability during long-term contact with the filling.
Secondly, for the hopper, its dimensional accuracy and inner wall smoothness are the key. High-precision dimensions can ensure the precise control of the amount of filling and reduce errors. During processing, precise sheet metal processing equipment and molds are required to ensure that the bending angles and joint gaps of each part of the hopper meet the design requirements. The inner wall needs to be finely ground and polished to prevent the filling from remaining and agglomerating in the hopper, which will affect the normal conveying and metering of the filling. For example, the use of an automatic polishing robot to polish the inner wall can achieve a higher surface finish standard and effectively improve the working performance of the hopper.
Furthermore, the precision machining of transmission parts such as gears and shaft parts should not be ignored. The gear tooth profile accuracy, tooth surface roughness, and shaft cylindricity, coaxiality and other parameters are directly related to the stability and efficiency of the transmission. When processing gears, advanced hobbing, gear shaping or grinding processes are used to strictly control the tooth profile error within a very small range. Shaft parts are processed by high-precision turning and grinding to ensure that their dimensional tolerances and form and position tolerances meet the design requirements. And before assembly, the transmission parts need to be strictly precision tested and matched to ensure good meshing and reduce vibration and noise during the transmission process.
Finally, in order to ensure the stability and reliability of the processing technology of key components, it is crucial to establish a complete quality inspection system. From raw material inspection to process inspection of each processing procedure, and then to the inspection of the final product, advanced testing equipment and methods, such as three-coordinate measuring instruments, roughness meters, etc., should be used to conduct comprehensive inspections on the dimensional accuracy, shape accuracy, surface quality, etc. of parts. Only through strict quality inspection and control can we ensure that the precision machining technology of key parts of Vertical stuffing machine meets the requirements, thus laying a solid foundation for the production of high-quality and high-performance Vertical stuffing machine, and meeting the increasing requirements of the food processing industry for stuffing making equipment.
