Resin Car Bumper Automatic Punching Machine Design And Research Of Key Components

With the rapid development of automobile industry, from the previous high-endluxury car into high-end consumer goods. Ordinary consumers began to enter thefamily car, the face of this trend into the major car manufacturers unprecedentedopportunities, but also faces enormous challenges. How to become a major issuedominate the major car manufacturers are facing consumers snatch in this war. Sincemany brands on the market, car manufacturers in an effort to improve carperformance while the shape of the car ’s design also invested considerable humanand material resources. However, the shape of the face of complex automotive,general production equipment is particularly important.Referred to herein means a bumper car bumper synthetic resin material. Thetraditional bumper punch holes can only be processed for a model of the bumper, youmust also replace the product changeover processing equipment, high productioncosts, general poor. This paper studied automotive bumper automatic punchingmachine, is a cleaning hole processing equipment for the production of different typesof car bumpers and headlights radar holes. From the practical needs of engineeringapplications, the use of rotary table clamping way to solve the problem of waitingtime, saving clamping problem waiting to achieve a continuous process to improveproduction efficiency. While using quick-change fixture design method to solve thetraditional bumper Punch product changeover appropriate equipment must bereplaced drawbacks. On the processing methods, the use of industrial robots HP20Dmilling spindle clamping manner bumper processing, this process has changed theway before punching punch shortcomings and debugging rejection rate, the use ofmulti-joint robot and reprogram implementations of flexible manufacturing. In thispaper the design of this program evaluation design did prove the feasibility of suchprograms and science.In order to car bumpers automatic drilling machine series and the market, in thedesign of component parts on the part of family management with parameterized UGsoftware, providing a ready-made components library for subsequent series ofproducts designed to facilitate the design of a direct call save design time, the designprocess to avoid the generation of unwanted errors. On HP20D industrial robotkinematics analysis, laid the theoretical foundation for future equipment upgrades.