Technology for Manufacturers

Many manufacturers have invested in core technologies including PCs, networks, enterprise systems, database systems, control devices, and PLCs. Integrating the top floor with the shop floor means taking enterprise resource planning (ERP) to the next stage, allowing companies to take information from one business function, combine it with information from another, and use that knowledge to deliver better products and develop more efficient processes.  The key to long-term productivity gains lies in the top to shop floor integration of these technologies. This requires the flow of information between business planning systems and plant floor production systems so that the efficient flow of information throughout organization takes place in a timely manner ensuring that the right information gets to the right people. Dr. Rainer Besold of Siemens believes that PC –based integrated systems and intelligent devices will supplant PLCs by 2010.

All of the above, in turn, improves employee productivity by closing the gap between business planning systems and plant floor production systems. Employees are provided production and maintenance plans and schedules on a real-time basis. Actual production information is integrated with billing/financial, purchasing and Supply Chain Management systems. The seamless integration of systems allows for the bidirectional flow of information resulting in more productive employees.

The ability to achieve ‘virtual’ Supply Chain integration by means of Internet technology will lead to a fundamental shift in the purpose of manufacturing systems. The affordable inter-company collaboration will take inventory out of the storehouse.

As we are asking front-line employees to get more done with less, we must enhance the odds of an employee doing their job correctly by providing them real-time guidance. Operational method sheets/screens provide graphical work instructions, quality control procedures, and parts required for each process. Best practices must be documented and shared in efforts to improve overall product quality. The absolute integration would prevent errors before they occur by providing employees guidance and real-time instructions. It also focuses on the integration of information between automated systems to ensure the product is built to customer specifications and scrap is minimized.

A considerable amount of time each day is spent coordinating ERP systems with shop-floor production systems. Integration would close the gap between business planning systems and plant-floor production systems.

Employees would get production and maintenance plans and schedules on a real-time basis.

Therefore, business reasons for top and shop floor integration can be summarised as:

The traits of a good collaborative enterprise solution are:

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