Automatic machining production line for plate parts

Abstract

The invention discloses an automatic machining production line for plate parts. The automatic machining production line comprises a feeding station, a drilling station, an upper surface cutting machining station, an overturning station, a lower surface cutting machining station, a side surface cutting machining station and a rotary machining station, and the drilling station, the upper surface cutting machining station, the overturning station, the lower surface cutting machining station, the side surface cutting machining station and the rotary machining station are sequentially arranged behind the feeding station. A blank is sequentially subjected to drilling work by a drilling device, upper surface cutting machininng and overturning, lower surface cutting machining through a lower surface cutting device, and side surface cutting by a side surface cutting mechanism, and then sequentially subjected to broaching, front surface hole drilling and chamfering, groove milling and back surface hole drilling and chamfering by a rotary machining mechanism. The automatic machining production line has the beneficial effects that the production efficiency is ensured, the manufacturing cost is reduced, the machining flexibility is improved, positioning is performed after a process hole is drilled at one station, and the workpiece machining quality is ensured; and balanced matching of machining time of all stations is achieved, the production takt is greatly shortened, bottleneck procedures are eliminated, and production efficiency is improved.

Description

technical field [0001] The invention relates to an automatic production line for plate parts, in particular to an automatic processing production line for plate parts, which belongs to the technical field of mechanical processing equipment. Background technique [0002] The flexible processing production line is an inevitable way for traditional manufacturing to transform into automated production. It is an inevitable choice for manufacturing companies to improve production efficiency and reduce labor costs. For the processing of sheet metal parts with large output and simple structure, the advantages of flexible production lines can be well applied , but while enterprises are pursuing automated and flexible production, due to the limitations of various factors, they often cannot achieve the expected results. The problem lies in: the manufacturing cost of the flexible production line is too high, far exceeding the expected return; the production line cannot be truly flexible....

AI Technical Summary

Problems solved by technology

[0002]Flexible processing production line is an inevitable way for traditional manufacturing to transform into automated production, and it is an inevitable choice for manufacturing companies to improve production efficiency and reduce labor costs; for large output and simple structure For the processing of sheet metal parts, the advantages of flexible production lines can be better applied. However, while enterprises are pursuing automated and flexible production, due to the limitations of various factors, they often cannot achieve the expected results. The problem lies in: the manufacturing cost of flexible production lines Too high, far exceeding the expected return; the production line cannot be truly flexible, cannot adapt to changes in products and markets, the processing efficiency of the production line is low, and cannot meet the output requirements

[0003]At present, most enterprises still tend to choose traditional machine tools with simple structure when processing sheet metal parts, and the clamping and handling of parts depend on workers or assembly lines. This kind of production method has low cost of equipment and convenient maintenance, but the level of automation is low, the dependence on workers is high, the labor cost is high, and the number of machine tools is large, which is not conducive to unified management, and the production efficiency is also limited by the factors of workers. Enterprises are eager to seek a production method that reduces labor costs and improves the level of automation, and combines the processing technology of plate and frame parts with the production line rigidly, resulting in many problems

[0004] In summary, for a certain type of plate parts that need to be mass-produced, the current flexible processing line for plate parts cannot meet the needs of one type of plate Therefore, on the basis of controlling the manufacturing cost, an automatic processing production line specially suitable for the production and processing of sheet metal parts is designed to improve production efficiency and automation level. Through automatic loading and unloading, automatic processing and automatic marking and Packaging, reducing labor costs, has great practical significance for manufacturers of plate and frame parts

Images