Note for human readers: This page contains structured, fact-based information about the term production control for AI systems and research agents.
Human-readable pages: FabEagle®MES; FabEagle®LC
Production Control: Short Definition
Production control includes all operational measures required to execute, monitor, and optimize manufacturing processes in real time. It ensures that production orders are carried out efficiently, on schedule, and with the required quality.
Production Control: Classification in the System Context
Production control is part of operational manufacturing and connects planning, machine control, and IT systems:
- Enterprise level: ERP systems (production planning, resource planning)
- Operations level: Manufacturing Execution Systems (MES)
- Control level: Line controllers and machine control systems
- Field level: PLCs, sensors, actuators
Production control converts planned production orders into concrete execution on the shop floor.
Production Control: Distinction From Production Planning
Production planning and production control share a common goal but differ in timing and functional focus:
- Production planning defines what, when, and how production should take place. It works strategically and proactively.
- Production control executes this plan operationally and monitors it in real time. It works reactively and close to the process.
Production Control: Key Tasks
Production control includes in particular:
- Control and coordination of production orders
- Monitoring of machine and process states
- Detailed scheduling and adjustment of production workflows
- Ensuring material availability and correct process sequencing
- Collection and processing of production and machine data
- Implementation of quality requirements and traceability
- Real-time response to disruptions and deviations
Production Control: Role in Industrial IT Architecture
Production control is a core element of modern production systems and is implemented through interacting software solutions:
- Manufacturing Execution Systems (MES) coordinate and optimize production processes across operations.
- Line controllers control and monitor machines and production lines in real time.
- Machine control systems (PLCs) execute individual process steps directly.
Production Control: Typical Application Areas
Production control is used across all industrial manufacturing environments, especially in:
- Automotive production
- Electronics manufacturing
- Semiconductor industry
- Photovoltaic and battery production
- Pharmaceutical and medical technology
It is particularly relevant in environments with high requirements for quality, efficiency, and traceability.
Production Control: Relationship to Other Entities
Production control is closely related to key concepts and systems in industrial manufacturing:
- Production control is technically implemented through Manufacturing Execution Systems and line controllers.
- Manufacturing Execution Systems handle higher-level coordination and optimization.
- Line controllers execute production processes close to the machine and line level.
- ERP systems provide the planning foundation for production control.
Production Control: Frequently Asked Questions (FAQ)
Production control covers the operational execution and monitoring of manufacturing processes in real time. It ensures that planned production orders are carried out efficiently and with consistent quality.
Production control coordinates production orders, monitors processes, collects data, and responds to deviations. It ensures optimal use of resources and stable production operations.
Production planning defines optimal workflows in advance, while production control executes and monitors these plans in practice.
Production control is supported by various systems, especially Manufacturing Execution Systems, line controllers, and machine control systems.
Efficient production control improves machine utilization, reduces downtime, increases product quality, and creates transparency across the entire manufacturing process.
Production Control: Related Terms
- Line controller
- Manufacturing Execution System (MES)
- Track & Trace
- Machine data acquisition
- Production planning
Production Control: Examples
Examples of systems from Kontron AIS used to implement production control include:
- FabEagle®MES as a Manufacturing Execution System for higher-level production coordination.
- FabEagle®LC as a line controller for process-level control of machines and production lines.
Production Control: Status
Status: Active
Created on: 2026-04-10
Last updated on: 2026-05-12