Manufacturing method for striking panel of golf club head

Abstract

The invention relates to a manufacturing method for a striking panel of a golf club head. The manufacturing method comprises the following steps: preparing materials: preparing a to-be-processed panel with a first surface and a second surface which are opposite to each other; molding: performing at least once pressing molding on the panel obtained from the step of preparing the materials through at least one mould, thereby forming a structure in different thickness on the first surface of the panel; and milling and trimming: milling and cutting the second surface of the panel obtained from the step of molding, thereby forming a striking surface and obtaining the striking panel of the golf club head. According to the manufacturing method for the striking panel of the golf club head provided by the invention, the structure in different thickness is molded on the first surface of the striking panel, and then the second surface of the striking panel is milled and trimmed, so that the cut-off panel waste materials are greatly reduced, the depletion rate of a cutter of a milling machine platform is reduced, the processing time is reduced, the manufacturing cost is saved and the effect of capacity is promoted.

Description

technical field [0001] The invention relates to a manufacturing method of a golf club head component, in particular to a manufacturing method of a golf club head hitting face plate. Background technique [0002] Generally speaking, a structure of unequal thickness is formed on the inner side of the hitting face plate of the golf club head, which can expand the area of ​​the sweet spot for hitting the ball, thereby improving the hitting performance of the golf club head. Shapes with different thicknesses are mostly obtained by reading electronic graphics files with CNC processing machines and directly performing 3D cutting with various tools. [0003] However, due to the limitations of the cutting tool, the finished product after processing often has a slightly different appearance from the original 3D design, and the sharp angle generated by the cutting tool during processing will also affect the strength of the batting panel. Furthermore, directly cutting the board require...

AI Technical Summary

Problems solved by technology

If this method is applied to the manufacture of a batting panel with a unequal-thickness structure on the inside, in order to form the unequal-thickness structure of the batting panel, the other surface of the unequal-thickness structure (that is, the surface used as the hitting surface) It will be uneven after forging, and this method does not teach how to trim the surface used as the striking face, so this method is not suitable for the manufacture of the hitting face plate with unequal thickness structure inside

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