Ball socket fine tool and machining technology thereof

Abstract

The invention relates to the field of ball socket fine tool machining, in particular to a ball socket fine tool and a machining technology of the ball socket fine tool. According to the ball socket fine tool and the machining technology of the ball socket fine tool, the technology is mature, time and materials are saved, and the production efficiency is greatly improved. According the ball socket fine tool and the machining technology of the ball socket fine tool, the ball socket fine tool comprises a ball head and a ball head connecting rod, wherein the ball head is connected to the ball head connecting rod, a ball socket and a rectangular groove are formed in the ball head, and the rectangular groove is connected to the upper end of the ball socket. The ball socket fine tool and the machining technology of the ball socket fine tool have the advantages that the technology is mature, the rectangular groove in the ball head can be formed at a time during forging and pressing, a process is omitted, time and materials are saved, the production cost is lowered, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of processing ball and socket precision tools, in particular to a ball and socket precision tool and a processing technology thereof. Background technique [0002] At present, there are two ways to produce this kind of ball and socket precision tools: one is the method of casting, and its disadvantages are: the internal structure is loose, there are shrinkage cavities, cracks and other defects, the quality does not meet the requirements, and there is a greater safety hazard. Hidden danger, and scrap more. [0003] At present, there are also very few enterprises that use one-time forming forging ball and socket precision tools. The inner cavity of the mold used is the cavity of the ball and socket precision tool. Yes: Because during the process of stamping the material in the center of the support seat to the top to form a ball socket, the mold will receive a huge extrusion and expansion force, and it is easy to be da...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two ways to produce this kind of ball and socket precision tools: one is the method of casting, and its disadvantages are: the internal structure is loose, there are shrinkage cavities, cracks and other defects, the quality does not meet the requirements, and there is a greater safety hazard. Hidden dangers, and more scrap

[0003] At present, there are also very few enterprises that use one-time forming forging ball and socket precision tools. The inner cavity of the mold used is the cavity of the ball and socket precision tool. Yes: Because during the process of stamping the material in the center of the support seat to the top to form a ball socket, the mold will receive a huge extrusion and expansion force, and it is easy to be damaged. Even if the size of the mold is increased, it cannot be avoided, which makes the production cost Remains high and does not have market competitiveness

[0004] The forging method can also be used. Due to the shape and the mold, the general ball and socket precision tool forming mold can only forge the upper part with a ball head without a ball socket and a rectangular groove, and the lower part is a solid structure. The forged semi-finished product needs to be Machining, the current process is not mature enough, time-consuming, waste, increase production costs

Images