Bearing intelligent precision forging automatic production line

Abstract

The invention relates to the technical field of bearing production equipment, in particular to a bearing intelligent precision forging automatic production line which comprises a feeding mechanism, anupsetting mechanism, a punching flattening mechanism, a continuous reaming mechanism, a finishing diameter mechanism and a discharging mechanism, wherein the feeding mechanism comprises a feeding component and a pushing component; the upsetting mechanism comprises an overturning component and an upsetting component; the overturning component is arranged at the tail end of the pushing component; the punching flattening mechanism is arranged by the side of the upsetting component; the continuous reaming mechanism comprises a conveying component and a continuous reaming component; the conveyingcomponent is arranged by the side of the punching flattening mechanism; the continuous reaming component is arranged at the tail end of the conveying component; the finishing diameter mechanism is arranged at the tail end of the continuous reaming component; and the discharging mechanism is arranged at the tail end of the finishing diameter mechanism. The bearing intelligent precision forging automatic production line can realize automatic processing of bearing precision forging, lowers the labor intensity, shortens the blank transferring distance, reduces the temperature differences of different processing parts of the blank, and improves the production efficiency and the bearing precision.

Description

technical field [0001] The invention relates to the technical field of bearing production equipment, in particular to an intelligent precision forging automatic production line for bearings. Background technique [0002] Bearing is a commonly used mechanical connection part. The inner and outer collars need to be produced by precision forging, and the size requirements are very precise during the production process. However, the existing bearing forging production line is relatively backward, and it is produced by sleeve punching. The disadvantages of using sleeve punching for forged products are: first, the blanking process is heated to 1100 degrees at one time. The hardness of the mouth is easy to cause annealing and severe wear, resulting in uneven blanking with burrs, which will cause the end face of the blank to be disassembled and the product to be scrapped. 2. Multiple sets of equipment are required for punching, and the long production line leads to uneven temperatu...

AI Technical Summary

Problems solved by technology

However, the existing bearing forging production line is relatively backward, and it is produced by sleeve punching. The disadvantages of using sleeve punching for forged products are: first, the blanking process is heated to 1100 degrees at one time. The hardness of the mouth is easy to cause annealing and severe wear, resulting in uneven blanking and burrs, which will cause the end face of the blank to be disassembled and the product to be scrapped

2. Multiple sets of equipment are required for punching, and the long production line leads to uneven temperature. In addition, the following technical problems still exist in the production of punching. Due to the difference in the quality of the inner and outer metal materials of the blank raw material, the internal material of the blank raw material is worse than Its external material is produced in the way of punching, and the poor part of the middle part of the blank raw material still exists in the product, which leads to the production of products that are prone to burrs and the inner ring material is loose, which seriously affects the product quality and cannot meet the needs of high-end products. , affecting the service life of the product

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