What is a Manufacturing Execution Systems and Software (Manufacturing Execution Systems and Software)?

A Manufacturing Execution System (Manufacturing Execution Systems and Software) refers to computerized systems used within production and manufacturing operations to track and document the transformation of raw materials to finished goods. Manufacturing Execution Systems and Software provides information that helps optimize production processes in real-time by capturing and communicating data between the shop floor and other areas of a production facility or plant.

Manufacturing Execution Systems and Software Software Applications

Manufacturing Execution Systems and Software software solutions are deployed to monitor, collect, and process real-time data from the manufacturing equipment on the plant floor level for various applications. Some common Manufacturing Execution Systems and Software applications include:

Production Tracking and Order Management


Manufacturing Execution Systems and Software allows manufacturers to track production schedules, releases, required materials, labor hours and other parameters against planned orders. Production supervisors can view current order status, remaining quantities, expected finish times on dashboards.

Labor Tracking and Allocation


Manufacturing Execution Systems and Software captures operator logins, workstation assignments, labor hours spent on jobs. This data helps manage employee performance and labor costs. It facilitates optimal allocation of operators across work centers based on current demand.

Quality Management


Quality parameters like dimension checks, weight measurements, functional testing results etc. can be captured electronically via Manufacturing Execution Systems and Software connected sensors and inspection devices. Non-conforming products can be put on hold for rework. Quality reports aid in continuous improvements.

Equipment Data Collection


Manufacturing Execution Systems and Software collects operational data from plant floor machines for OEE (Overall Equipment Effectiveness) measurement and predictive maintenance. Down periods, downtime reasons, changeovers are tracked. Equipment performance bottlenecks can be addressed.

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