Automatic mounting systems are equipped to carry out mounting operations in a set series to mount items. Four common forms of device and operating preparation challenges include: availability of equipment at workstations; single station device; integrated multi-station systems and partial automation. This paper reflects on the integrated multi-station framework used for the running efficiency of assembly operations. Normal mathematical procedures were modeled and tested using real-life industrial data for the production of high-tech goods. Sensitivity analysis is performed to determine the influence on device efficiency of process parameters. A contrast of these functions allowed users to define critical device process parameters. The outcomes relevant parameters have been found to be the most responsive in the automated method followed by cost and cycle time.
