With the development of social economy, increase state investment in infrastructure, as the demand for infrastructure required for heavy truck transport vehicle is increasing, which for heavy truck vehicle production each link capacity proposed higher requirements。This paper mainly for the The Balance Suspension Bracket of the capacity to improve production line layout scheme analysis and practical application of research, It is the part of a balance suspension of a heavy truck that made by China Heavy Duty Automobile Group Co., Ltd.The Balance Suspension Bracket is divided into two different types of work piece mixed conveying processing line, the production line of the current state for manual processing production line, production line with an annual production capacity for 75000 pieces, far behind the market demand. Therefore, the new production line must be implemented as soon as possible the construction. Considering currently heavy-duty truck market demand and future ten years is expected to achieve production requirements, the company identified in the original production line with an annual output of 75000, new The Balance Suspension Bracket support production line capacity requirements for the annual production capacity of 200000.According to the new production line capacity requirements and the user’s actual situation, we determine the establish a The Balance Suspension Bracket automatic processing production line, to meet the user’s actual demand, at the same time, solve the for the irregular shape of the casting blank is difficult to achieve fast and high precision processing problems.Firstly, this paper introduces the auto production line, and analyzes the important significance of the application that the automatic production line technology is used in the automobile production line. And then, as for how to build a The Balance Suspension Bracket automation production line to describe the unfolding, from the machine processing technology, processing of the beat, machine tool fixture, and of demonstration analysis, draw the machining production line of the optimal processing routes, again from the conveyor device by finite element analysis, feeding rhythm, beats conveying, conveying jigs etc. aspects to analyze and demonstrate that the best transportation scheme of conveying production line and at the end of the line to processing and transmission lines were analyzed and optimized to establish a The Balance Suspension Bracket of automatic production line of the optimal layout case. |