FORMING AND FABRICATING AUTOMATION
Connecting Islands of Metal Forming Machine Data M etal formers and fabricators machines and to provide comprehensive operational oversight, and to help ensure a cohesive approach to data-driven decision making. Smart machines equipped with sensors, machine-level intel- ligence and real-time reporting place unprecedented levels of information in the hands of managers working in metal forming and fabricating facilities. However, leveraging the full potential of smart machines requires effectively integrating them into the larger operational ecosystem of the business. Otherwise, manufacturers risk creating isolated islands of data. To do so, metal formers increasingly are relying on manufacturing execu- tion systems (MES) to act as a bridge between individual smart machines and comprehensive operational oversight. increasingly rely on manufacturing execution systems to act as a bridge between individual smart By using MES software to aggregate machine data and combine it with other operational information, metal formers can obtain ac- tionable insights across the business. This, in turn, helps them to optimize efficiency, enhance quality and improve decision making. An MES empowers metal formers and fabricators to connect their islands of information. It effectively serves as an opera-
• Improved real-time decision making. An MES centralizes machine-performance and process met- rics, so key parameters can be monitored anywhere. This empowers managers to pre-emptively act on trends rather than react to breakdowns or inefficien - cies. • Streamlined scheduling. Dynamic production adjust- ments become feasible when an MES ties machine availability and productivity data directly to enterprise job orders or schedules. Consider how an MES can identify which machines operate below standard and recalibrate schedules to keep projects on track—even with delayed performance. • Enhanced resource management. An MES tracks job-specific processes and correlates this data with material consumption and tool wear. For instance, some metal alloys and lubricants can accelerate tool- ing wear. In this case, the MES provides a quantified history that managers can use to alter strategies for maintenance and for performance expectations. • Comprehensive reporting. Real-time reporting sup- ports both immediate operational needs and long- term analysis, including identifying recurring ineffi - ciencies and improving compliance with audits in heavily regulated industries.
tional hub, pulling data from individual machines and contex- tualizing that data across the shop floor to produce actionable insights. It also provides real-time performance reporting, im- proves communication between devices and eliminates man- ual intervention for routine production analysis. Using an MES in this way delivers several advantages, but four top benefits stand out:
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