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| About Us | Services | Case Studies | Demo Models |
Demo 1Emergency Department Patient Flow. This model was used to quantify resource requirements in order to optimize operating costs, reduce patient length of stay and improve patient care. View demo model >> |
Demo 2Robotic Cell Study. This model was used to insure that interrelationships between the robots and welding devices would meet overall system throughput requirements. View demo model >> |
Demo 3Material Flow Study. This plant needed to increase production rates by 40% and wanted to know how many additional material handling resources would be required to support the increased flow of product within the facility. View demo model >> |
Demo 4Component Manufacturing Analysis. This plant was not achieving throughput targets. Plant floor data was collected and analyzed and this model was developed for identifying the most cost-effective interventions that would increase the throughput to meet the program volume requirements. An Excel interface was developed to provide the client with a tool for analyzing continuous improvement initiatives. View demo model >> |
Demo 5Work Cell Optimization. This model was used to quantify the most efficient approach to designing a work cell in which resources would be shared between operations. Detailed analysis of MTM standards was performed to insure optimum workcell design. View demo model >> |
Demo 6Assembly Loop Study. This model was used to support line-balancing studies, as well as to quantify throughput sensitivity to unplanned downtimes and the optimum number of pallets. An Excel interface was developed to provide the client with a tool for analyzing continuous improvement initiatives. View demo model >> |
Demo 7Power and Free Conveyor Analysis. This model was used to quantify the amount of buffering required between subassembly areas to insure that the overall system throughput would meet volume requirements and the number of power and free carriers. The model was also used to identify broadcast points and scheduling constraints associated with alternative model-mix and production volume scenarios. View demo model >> |
| Empirical Solutions Corporation |
| Empirical Solutions Corporation Bingham Farms, Michigan www.esconline.net |
phone (248) 594-8199 fax (248) 594-8212 |
