MES & Manufacturing Glossary – Industry Terms Explained

200+ manufacturing terms explained: MES, OEE, Lean, Industry 4.0 and more – written for production managers and plant managers.

5 Whys

5 Whys is a problem-solving method from lean manufacturing that identifies the root cause of a problem by repeatedly asking questions.

5S Method

Find out how the 5S method increases efficiency, improves safety and optimizes workplaces through systematic order and cleanliness.

A3 Problem Solving

Learn A3 Problem Solving: A structured 7-step guide to root cause analysis. Improve your Lean processes with practical examples and clear action plans.

Advanced Planning and Scheduling System (APS)

An Advanced Planning and Scheduling System (APS) is a software-based solution aimed at optimizing production planning and control.

Advanced Product Quality Planning (APQP)

APQP is a structured process to ensure the quality and reliability of products through all phases of product development.

Alarm Management (AM)

Alarm management refers to the process of designing, implementing and maintaining alarm systems in industrial facilities.

Andon

Andon is a visual method in lean management that is used to immediately indicate production problems or irregularities.

Anomaly Detection

Anomaly detection refers to the systematic process of identifying unusual patterns, deviations, or outliers in manufacturing data.

Approval Workflow in Manufacturing

The purpose is clear: controlled changes, documented decisions and traceable responsibilities – instead of direct interventions without review.

Audit Trail

What an audit trail is, what information it must contain (who/what/when/why), and typical shop floor examples from MES, quality, and OEE.

Batch Number

The batch number, also known as the batch number, is a unique identifier that is assigned to a specific production batch.

BBD Tracking in Food Production

BBD Tracking in Food Production: Master FEFO management, EU 1169/2011 compliance, and batch-level traceability with real-time digital systems.

Bill of Materials (BOM)

BOM is a comprehensive directory that lists all components and the assembly instructions required for the production of a product.

BOM Explosion in MES – Material Breakdown

In modern manufacturing environments, BOM explosion is the operational foundation for traceability, quality assurance and regulatory compliance.

Bottleneck

The term bottleneck is frequently used interchangeably with constraint to describe this critical limitation.

Capacity Control

Capacity control represents the planning and control of available production resources for the optimal utilization of production systems.

Capacity planning

Find out how capacity planning optimally utilizes resources, reduces costs and increases flexibility in order to efficiently meet production requirements.

Capacity Utilization Rate

The Capacity Utilization Rate measures the proportion of utilized production capacity relative to maximum capacity, expressed as a percentage.

Capital Expenditure (CAPEX)

Capital Expenditure refers to funds used by a company to acquire, upgrade, or maintain long-term assets such as buildings, vehicles, or equipment.

Change Control in Manufacturing & MES Explained

What is Change Control? Learn how changes in manufacturing, MES and regulated industries are reviewed, approved and controlled.

Changeover Time

Changeover Time refers to the duration required to switch a production line from one product or process to another, such as through tool changes.

Cloud ERP Integration

Cloud ERP Integration connects cloud-based ERP systems with platforms like MES to streamline data flows between planning and production.

Cloud Manufacturing

The implementation of cloud manufacturing represents a fundamental paradigm shift in industrial manufacturing.

Cloud-Based Production Control

The integration of cloud-based production control systems marks a paradigm shift in industrial manufacturing.

Cloud-Based Production Planning

Cloud-based production planning describes a modern planning system that coordinates production processes using cloud technologies.

Composable MES (cMES)

Composable MES (cMES) explained: modular, app-based MES approach, advantages over traditional systems.

Computer-Aided Quality Assurance (CAQ)

CAQ refers to the use of computer technology to support quality assurance processes in various industries.

Computer-Integrated Manufacturing (CIM)

Computer-Integrated Manufacturing (CIM) is an approach to the seamless integration of computer technology into all phases of the manufacturing process.

Condition Based Monitoring

Condition Based Monitoring uses MES, BDE, and OEE data to detect wear and prevent failures - enabling predictive, efficient, and data-driven maintenance.

Condition Monitoring

Condition monitoring refers to the systematic collection and analysis of operating parameters of industrial systems and machines.

Condition Monitoring

Condition monitoring refers to the continuous process of monitoring and analyzing the condition of systems.

Condition-Based Maintenance (CBM)

CBM is a maintenance strategy that schedules actions based on the actual condition of machines, monitored through sensors and data analytics.

Continuous Monitoring in Manufacturing

The systematic implementation of continuous monitoring systems enables the precise recording and analysis of production parameters in real time.

Control Chart

Control Chart: Statistical process control for continuous quality monitoring. Early detection of deviations through SPC methods.

Control Limits

Control limits are threshold values in statistical process control that enable companies to monitor the variations in their processes.

Control Plan in Automotive

Control Plan Explained: Role in the APQP/PPAP Process, Contents of a Control Plan, and How MES Brings Process Control from Paper to Production Line.

Corrective and Preventive Action (CAPA)

CAPA is a management approach for identifying, analyzing and sustainably eliminating quality deviations in production processes.

Corrective Maintenance

Corrective Maintenance: Reactive maintenance after system failures. Optimize repair processes and minimize downtime.

Cost of Poor Quality (COPQ)

Cost of Poor Quality (COPQ) refers to the totality of all costs that arise from quality deficiencies and deviations in industrial manufacturing processes.

Cycle time

The cycle time is the time it takes to complete a production step or a complete production process.

Data Integrity ALCOA+

ALCOA+ stands for: Accountable, Legible, Timely, Authentic, Accurate + Complete, Consistent, Permanent, Available.

Data Transparency in Manufacturing: The Foundation for Data-Driven Decisions

Data transparency in manufacturing: How production data enables data-driven decisions, KPIs such as OEE, and cloud MES-based control.

Data-Driven Manufacturing

Data-Driven Manufacturing leverages real-time data and analytics to optimize production processes, enhance decision-making, and boost efficiency.

Defect Parts Per Million (DPPM): Definition, Formula & Benchmarks

Defect Parts Per Million (DPPM) represents a precise quality metric for quantifying production defects in industrial manufacturing.

Defects Per Million Opportunities (DPMO)

DPMO is a key figure in quality assurance that measures the number of defects in a process per one million potential error possibilities.

Detailed Scheduling

Detailed planning refers to the detailed scheduling and capacity planning of production orders at machine level.

Digital Manufacturing

Digital manufacturing represents the pioneering evolution of industrial production processes.

Digital Manufacturing Platform

A Digital Manufacturing Platform is an integrated, cloud-based software solution that connects all production-relevant systems.

Digital Maturity Model: Degree of digitalization maturity & MES

A Digital Maturity Model is a structured framework used to assess how advanced a company is in its digital transformation.

Digital Process Control

Digital Process Control represents a fundamental concept for the precise monitoring and control of automated manufacturing processes.

Digital Process Optimization

Digital process optimization refers to the data-driven, continuous optimization of manufacturing processes.

Digital Production Control

Digital production control enables the precise coordination of all production processes in real time.

Digital Shift Log

What a shift handover is, how a digital shift log is structured, and what content really matters: disruptions, quality, orders, measures, OEE.

Digital Shopfloor: Real-Time Transparency and Control with Cloud MES

Digital shop floor explained: How cloud MES, dashboards, and workflows make the shop floor paperless, transparent, and controllable.

Digital Work Instructions in Manufacturing

Digital work instructions are work instructions that are no longer provided on paper but on digital devices.

Digital Workflow

Digital workflow stands for paperless, automated processes. MES, BDE, and OEE make production more efficient, transparent, and sustainable.

Digitalization in Production

Digitalization in production refers to the comprehensive transformation of manufacturing facilities through the integration of digital technologies.

Dispatching in Manufacturing

Dispatching describes the operative release, prioritization and assignment of production orders to machines, lines and workstations.

Disruption Management

Disruption management is essential in the manufacturing industry to minimize the effects of unexpected problems.

DMAIC (Define, Measure, Analyze, Improve, Control)

DMAIC is a Lean Six Sigma methodology that is used to systematically improve processes.

Downtime Monitoring in Manufacturing

Downtime monitoring explained: Types of downtime, KPIs, OEE reference, and how MES/Cloud MES makes machine downtime transparent.

Downtime Periods

Downtime periods refer to unplanned or planned interruptions of production activity in industrial manufacturing processes.

Downtime Reason Catalog

Build a catalog of causes of disruption: categories, hierarchy, rules for data quality, Pareto analysis, and direct OEE levers based on causes of downtime.

Downtimes

Find out how downtime affects production and how preventive maintenance and real-time monitoring can help reduce it.

E2E Traceability (End-to-End Traceability)

End-to-end traceability explained: how end-to-end traceability from raw materials to customers ensures quality, compliance, and recalls.

Early Warning Systems

Early Warning Systems represent systematic monitoring mechanisms designed for the early detection of process deviation.

Electronic Signatures in MES

Understand E-Signatures in manufacturing. Learn about 21 CFR Part 11, different signature types, and how to secure your digital shop floor approvals.

Energy KPIs: kWh per Part and CO₂ per Part in Manufacturing

Energy KPIs make the energy and emissions consumption of a production process measurable.

Energy Monitoring in Manufacturing

Energy monitoring represents a fundamental instrument for the continuous monitoring and optimization of energy consumption in production plants.

Equipment Availability

Plant availability is a decisive factor for success in the manufacturing industry.

Equipment Productivity

Plant productivity is a decisive factor for success in production.

Failure Mode and Effects Analysis (FMEA)

FMEA is a systematic method for identifying and assessing potential failures in products or processes and determining the effects of those failures.

Failure rate

The failure rate is an important indicator in production technology that quantifies the reliability and service life of machines and systems.

Finite Capacity Scheduling (FCS)

Finite Capacity Scheduling (FCS) is a production planning technique that takes into account the limited capacity of resources.

Finite Scheduling vs. APS

Finite scheduling vs. APS explained: differences, areas of application, and how both approaches interact in production planning, control rooms, and MES.

First Pass Yield (FPY)

FPY is a quality indicator that measures the percentage of products that pass through the production process without rework or error corrections.

First Time Fix Rate (FTFR)

The First Time Fix Rate (FTFR) refers to the percentage of disruptions and maintenance tasks that are fully resolved on the first service attempt.

Flexible Manufacturing System

A flexible manufacturing system combines automation, MES, and OEE data analysis to create flexible, efficient production with adaptability.

Gemba

Gemba is a Japanese term that means the real place and refers to the place where value creation takes place.

Gemba Walk

Gemba Walk is a lean practice in which managers visit the actual workplace to observe processes and talk to employees.

Genchi Genbutsu

Genchi Genbutsu: Japanese leadership principle for direct on-site observation. Authentic problem solving through Gemba management.

Heijunka

Heijunka is a lean manufacturing method for production smoothing that aims to level out fluctuations in production volume over time.

Hoshin Kanri

Hoshin Kanri is a management method for the strategic planning and alignment of all company activities with long-term goals.

Human Machine Interface (HMI)

A Human Machine Interface represents the systematic integration of user interfaces between humans and machines in industrial manufacturing environments.

IATF 16949

IATF 16949: Global quality standard for automotive suppliers. Core tools and automotive-specific requirements for excellence.

Idle Time Analysis

The effective minimization of idle times is a key success factor for production efficiency.

Implementation Costs

The recording and evaluation of implementation costs forms the basis for well-founded investment decisions in the manufacturing industry.

Industrial Data Historian for Manufacturing

An industrial data historian is a specialized time-series database for industrial and process data, enabling long-term data storage and analysis.

Industry 4.0

Industry 4.0 is revolutionizing manufacturing through digitalization, smart technologies and networking to increase production efficiency and flexibility.

Industry 4.0 Software

Industry 4.0 software refers to specialized software solutions that enable and control the digital transformation in the manufacturing industry.

Inefficiencies in Manufacturing

Inefficiencies are avoidable losses in production processes that have a negative impact on performance, quality and costs.

Initial Sample Inspection Report (ISIR/EMPB)

Initial Sample Inspection Report (ISIR): A guide to VDA 2 & PPAP compliance, measurement strategies, Cpk requirements, and digital EMPB workflows.

Internet of Things (IoT)

IoT connects physical and digital objects for real-time data and actions and drives digital transformation.

ISA-95 Reference Model

The ISA-95 reference model defines the international standard for the integration of business and manufacturing systems.

Ishikawa-Diagramm

The Ishikawa diagram, also known as a fishbone diagram or cause-and-effect diagram, is a quality tool.

Jidoka

Jidoka, also known as autonomation, is a principle of lean manufacturing in which machines stop automatically when a problem is detected.

Just in Time (JIT)

The just-in-time principle, as an integral part of lean manufacturing and lean management, aims to reduce waste in all its forms.

Just-in-Sequence (JIS)

JIS, a logistics strategy in which components are delivered in the right order to be integrated directly into the production process.

Kamishibai

Kamishibai is a visual management system from lean manufacturing.

Kanban

Kanban is a lean management method for controlling and optimizing production processes.

Key production figures

Find out how key production figures such as OEE, reject rate and throughput times increase efficiency, reduce costs and ensure product quality.

KPI Dashboard

A KPI dashboard is a visual representation of a company's most important key performance indicators.

Lead Time

Lead time is a key performance indicator and describes the time a product spends in production.

Lean Digital Transformation: Lean Leadership, Planning & Process Optimization with OEE

Lean Digital Transformation Explained: How Lean Leadership, Lean Production Planning, and Lean Process Optimization Interact with OEE, Kaizen, and CIP.

Lean Management

Lean management aims to achieve maximum added value through continuous improvement and the elimination of waste.

Lean Management Methods

Lean management methods are a series of strategies and tools that aim to make processes in companies more efficient.

Lean Manufacturing

Lean Manufacturing, similar to Lean Production, is a systematic approach to minimizing waste within manufacturing systems.

Machine Availability

Machine availability is a key performance indicator in manufacturing that indicates the proportion of time a machine or system is operational.

Machine Capacity

Machine capacities describe the maximum performance capacity of production systems within defined periods of time.

Machine Condition Data

Machine condition data are systematically collected details about the current operating state, performance, and condition of production equipment.

Machine Data Collection (MDC)

Machine data acquisition (MDA) is the automatic collection of data from machines and systems to monitor and optimize production.

Machine Data Integration

Machine data integration explained: how machines are connected to MES/cloud platforms via OPC UA, MQTT, and edge gateways.

Machine Downtime

To prevent machine downtime, it's crucial to understand its causes.

Machine Downtime

Machine downtime occurs when production systems are not in operation due to malfunctions, maintenance or other events.

Machine Runtime

Machine Runtime is a key performance indicator for production, as it has a direct impact on a company's productivity and efficiency.

Machine Utilization

Find out how you can improve your machine utilization, maximize production capacity and reduce costs - for efficient and profitable production.

Maintenance

Maintenance includes all measures to maintain and restore the functionality of systems and machines.

Maintenance Planning

Maintenance planning describes the systematic development and control of maintenance activities in industrial manufacturing environments.

Maintenance Strategy

A well thought-out maintenance strategy is essential to maximize machine availability and reduce production costs.

Make to Order

Make to Order refers to a manufacturing strategy where products are produced only after receiving a specific customer order.

Make to Stock (MTS)

Make to stock stands for forward-looking inventory management. With MES, BDE, and OEE, inventories, efficiency, and delivery capabilities are digitally controlled and optimized.

Manufacturing Analytics

Manufacturing analytics enables the systematic analysis and optimization of production processes through advanced data evaluation.

Manufacturing Cycle Efficiency (MCE)

Manufacturing Cycle Efficiency (MCE) represents a fundamental metric for evaluating the value-added density in industrial manufacturing processes.

Manufacturing Data

Manufacturing data represent the entirety of production-relevant information collected, processed, and analyzed during the manufacturing process.

Manufacturing Efficiency

Manufacturing efficiency refers to the systematic evaluation and optimization of the performance of industrial production systems.

Manufacturing Excellence: CIP & OEE Optimization with Cloud MES

Manufacturing Excellence Explained: How continuous improvement (CIP) and OEE optimization are implemented in manufacturing with cloud MES such as SYMESTIC.

Manufacturing Integration Platform: Data Platform & Cloud Architecture

Manufacturing Integration Platform explained: central data platform and cloud architecture for MES, IT/OT integration, and scalable digital shop floor.

Manufacturing Intelligence

MI refers to the collection and analysis of production data in order to make informed decisions and increase efficiency.

Manufacturing Operations Management

MOM represents a comprehensive methodology for the systematic planning, control and optimization of manufacturing processes.

Manufacturing Order Management

Order management refers to the systematic planning, control and monitoring of production orders in the production environment.

Manufacturing Process

Find out how a manufacturing process increases product quality and competitiveness and reduces costs - through optimized production steps.

Manufacturing Processes

Production processes describe the systematic sequence of all production steps from the provision of materials to the finished product.

Manufacturing Visibility: Real-Time Shopfloor Transparency

Manufacturing Visibility Explained: How real-time dashboards, KPIs, and MES ensure transparency on the shop floor and accelerate decision-making.

Material Shortages

Material shortages are a growing problem in the manufacturing industry and can significantly impair production processes.

Material Utilization Rate

The material utilization rate describes the ratio between the material effectively used and the raw material used in production processes.

Material Waste Management

The effective minimization of material waste is a key cost factor in production optimization.

Mean Time Between Failures (MTBF)

Mean Time Between Failures is a key figure that measures the average operating time of a system or component between two failures.

Mean Time Between Maintenance (MTBM)

Mean Time Between Maintenance (MTBM) measures the average time between scheduled maintenance activities on a system or component.

Mean Time To Failure (MTTF)

Mean Time To Failure (MTTF) is a key figure that measures the average time until the first failure of a system or component.

Mean time to repair (MTTR)

MTTR is a key figure that measures the average time it takes to repair a system or component after a failure.

MES Alarm Management: Notification & Alerting

MES alarm management monitors shop floor events and translates them into targeted actions through smart alerting and structured escalation paths.

MES Requirements Specification

Structure for MES requirements specification and functional specification, including checklist: interfaces, data model, OEE, traceability, roles/rights, reporting.

MES Requirements: Definition, Structure, and Typical Content

MES requirements explained: functional and technical requirements, interfaces, selection criteria, and specification structure for modern MES/cloud MES systems.

MES RFP (Request for Proposal)

The most important RFP questions for MES projects: implementation, data connection/integrations, operation, security, TCO – so providers can be compared.

MES Software Providers Compared: A Overview for Manufacturing Companies

MES providers compared: Traditional vs. ERP-integrated vs. Cloud-native. Get honest insights on features, costs, and timelines for your manufacturing.

MESA-11

MESA-11 explained simply: the 11 core functions of an MES, their relationship to ISA-95, and what the model means for modern cloud MES selection.

Message Queuing Telemetry Transport (MQTT)

MQTT is a lightweight publish/subscribe based messaging protocol designed for use in resource-constrained environments.

Micro-Stops

The precise detection and reduction of microstops is a key lever for increasing system efficiency.

Muda

Muda is a Japanese term from lean management that refers to waste. It includes all activities that consume resources without creating added value.

Muri

Muri means overload and refers to the overuse of people, machines or processes.

NTF rate

The NTF rate (No Trouble Found) is a key figure that indicates the proportion of returned products for which no error was detected.

Obeya Room

The Obeya Room is the control center for lean and Industry 4.0 production.

On-Premises

On-premises refers to a software deployment model in which applications and data are hosted on physical servers.

On-Time Delivery (OTD) in Manufacturing

On-Time Delivery (OTD) measures how reliably a company fulfills customer orders by the agreed delivery date.

One-Piece Flow

One-piece flow is a principle of lean management in which products flow through the production process individually and not in batches.

Open Productivity and Connectivity Unified Architecture (OPC-UA)

Learn how OPC-UA, the evolution of the OPC standard, enables platform-independent and secure industrial communication.

Operating Time

Operating time refers to the duration in which a machine, system, or facility is operational and functional.

Operational Disruption

Operational disruptions: Systematic management of production and system failures. Minimize downtime through effective fault handling.

Operational Excellence Software

Operational Excellence Software refers to solutions designed to help companies continuously optimize their operations and achieve maximum efficiency.

Operational Expenditure (OPEX)

Operational Expenditure includes the ongoing costs for running a company.

Operational Technology (OT)/(IT)

To understand the significance of OT/IT convergence, it is worth taking a look at the traditional differences between the two worlds.

Operator Self-Inspection

Worker self-inspection is an approach to quality assurance in which the manufacturing employees themselves check the quality of their work.

Order Processing in Manufacturing

Order processing covers all processes from order acceptance to delivery in production.

Paperless Manufacturing

The implementation of paperless manufacturing enables the complete digitalization of all production-relevant documents and processes.

Parts Per Million (PPM)

Parts Per Million (PPM) is an important quality indicator that measures the number of defective parts per million parts produced.

PDCA Cycle

The PDCA cycle (Plan-Do-Check-Act) is a continuous improvement process that runs in four phases.

Peak Shaving

Peak shaving refers to the targeted reduction of load peaks in a manufacturing company's electricity consumption.

Performance Measurement in Manufacturing

Performance measurement refers to the systematic recording and analysis of production performance in real time.

Performance Metrics

Performance metrics (KPIs) are quantifiable measures that objectively assess the performance of production processes.

PFMEA – Process Failure Mode and Effects Analysis

PFMEA: How to identify and prioritize process failure risks in manufacturing – structure, Action Priority rating, and common mistakes in practice.

Pilot Project

A pilot project is the first practical implementation of a new solution in a limited, controlled environment.

Planned Maintenance Percentage

PMP represents a fundamental performance indicator for assessing maintenance effectiveness in industrial manufacturing environments.

Planned vs. Reactive Maintenance KPIs

Learn how PMP, MTBF, MTTR and schedule compliance distinguish planned from reactive maintenance and measurably improve OEE.

Planned vs. Unplanned Downtime

Planned vs. unplanned downtime explained: differences, examples, and impact on OEE, availability, and CIP in modern manufacturing.

Plant Maintenance Management System (PMMS)

A Plant Maintenance Management System is a comprehensive software solution for managing and optimizing maintenance processes in industrial companies.

Poka Yoke

Poka Yoke is an error prevention strategy that is used in production to reduce errors and increase process reliability.

PPAP (Production Part Approval Process)

PPAP is developing into a quality assurance tool that systematically promotes supplier development and continuous improvement.

Predictive Analytics

Predictive Analytics refers to a systematic approach for processing and interpreting manufacturing data to accurately predict future events and trends.

Predictive Maintenance

Find out how predictive maintenance minimizes downtimes and reduces costs through data analysis, IoT and machine learning.

Predictive Quality in Manufacturing

Predictive quality uses process data analysis to detect and prevent defects before they occur, reducing defect rates toward zero-defect goals.

Preventive Maintenance

Preventive maintenance represents a maintenance strategy for the systematic prevention of system failures and malfunctions in production environments.

Process Analysis

Process analysis is an indispensable tool for understanding production processes, identifying weak points and leveraging optimization potential.

Process Automation

Process automation refers to the use of technology to automate recurring tasks and processes in a company.

Process Capability

Process capability describes the statistical ability of a manufacturing process to produce products within specified tolerance limits.

Process Capability Index

The Process Capability Index (Cpk) represents a fundamental statistical parameter for evaluating process capability in manufacturing systems.

Process Control

Process control ensures quality and efficiency in production by monitoring and controlling production processes.

Process control system (PCS)

A process control system (PCS) is a software solution for monitoring and controlling production processes in real time.

Process Controlling

Process control refers to the systematic monitoring and control of processes within a company.

Process Data

Process data represents the totality of all recorded and processed information from manufacturing processes.

Process Deviations

Process deviations describe measurable differences between defined target values and actual values in industrial production processes.

Process Documentation in Manufacturing

Manufacturing process documentation: structured recording of production workflows, parameters, and quality criteria for continuous improvement.

Process Evaluation

Process evaluation is a component of manufacturing, enabling companies to analyze workflows, identify weaknesses, and implement targeted improvements.

Process Improvement

Process improvement is a systematic approach to the continuous improvement of processes within a company.

Process Interruptions

Process interruptions are a common annoyance in production that affects efficiency and profitability.

Process Monitoring

Process monitoring describes the monitoring of company processes in order to ensure performance and identify potential for improvement.

Process Parameters

Process parameters represent measurable influencing variables that determine the quality, efficiency and stability of industrial manufacturing processes.

Process Quality

Find out how high process quality increases efficiency, reduces costs and ensures product quality - through monitoring and optimization.

Process Stability

Process stability describes the ability of a manufacturing process to continuously produce results within defined tolerance limits.

Process Standardization in Manufacturing

Process standardization describes the systematic standardization of workflows in production.

Process Variations

Precision control and minimization of process fluctuations is a fundamental success factor for stable production processes.

Process Visualization

Process visualization represents the systematic graphical representation of production processes and value streams in industrial production environments.

Product Quality

Find out how product quality increases competitiveness through functionality, reliability and user-friendliness.

Production Bottlenecks

The methodical analysis and elimination of production bottlenecks is a key lever for increasing production efficiency.

Production Capacity

Learn what production capacity is, how it is calculated, and strategies for optimizing production capacities in the industry.

Production Capacity in Manufacturing

A systematic analysis of all production parameters enables the quantitative evaluation and continuous optimization of production performance.

Production Control

Production control encompasses all processes and measures aimed at efficiently organizing and monitoring a company's manufacturing operations.

Production Control System

A Production Control System (PCS) is a centralized platform that enables real-time monitoring, management, and optimization of manufacturing processes.

Production Costs

Discover how production costs influence profitability and are optimized through OEE.

Production Cycle

Find out how the production cycle from raw material procurement to delivery is optimized to increase efficiency and competitiveness.

Production Data

Production data includes all relevant information and data that is generated and documented during production.

Production Data Acquisition

Production data acquisition (PDA) describes the systematic, near-real-time collection of data from manufacturing.

Production Data Collection (PDC) Terminals

The implementation of PDA terminals forms the central interface for the digital recording of production-relevant operating data.

Production Defect

Find out how you can minimize production errors and increase efficiency through quality controls, modern technologies and preventive measures.

Production Downtime

Production downtime costs arise when production comes to an unexpected standstill - be it due to machine breakdowns, material shortages or other disruptions.

Production Efficiency

Find out how production efficiency increases productivity through optimal use of resources, process optimization and modern technologies.

Production Failures

Production failures refer to unplanned interruptions in the manufacturing process that result in a complete or partial halt of production.

Production Monitoring and Control (MPC)

Production Monitoring and Control (MPC) comprises the real-time monitoring and control of production processes in the manufacturing industry.

Production Optimization

Find out how production optimization increases the competitiveness of companies by increasing efficiency, reducing costs and improving quality.

Production Parameters

Production parameters represent the fundamental control variables in manufacturing processes.

Production Part Approval Process (PPAP)

Production Part Approval Process (PPAP) Guide: Learn about the 18 elements, submission levels 1-5, and the benefits of digital PPAP workflows.

Production Performance

Production output describes the quantitative and qualitative performance of a production system.

Production Performance Analytics

Production Performance Analytics describes the systematic analysis and evaluation of production performance data in manufacturing environments.

Production Performance Indicators

PCCs are essential tools for measuring and improving the efficiency, quality and cost-effectiveness of manufacturing processes.

Production Plan

A production plan helps to optimize production capacities, reduce costs and increase productivity through efficient use of resources.

Production Planning Software

The implementation of production planning software enables the precise coordination and control of all production processes.

Production Process Optimization

The methodical optimization of production processes is a key lever for increasing production efficiency.

Production Quality

Production quality refers to a company’s ability to consistently manufacture products that meet defined quality standards and customer expectations.

Production Rate

The production rate is one of the most important performance indicators in manufacturing and describes the number of units produced per unit of time.

Production Scheduling

Production scheduling is a strategic planning tool for coordinating the timing and quantity of production.

Production Software

Systematic implementation enables the control and continuous optimization of all production processes through integrated software solutions.

Production Speed

Production speed refers to the number of units produced per unit of time in a manufacturing process.

Production Stability

Production stability ensures that processes run smoothly, delivery deadlines are met and quality losses are minimized.

Production Time

Find out what production time means, how it is calculated and what strategies there are for optimizing production times in manufacturing.

Productivity Loss in Manufacturing

Productivity losses refer to measurable losses in production efficiency caused by various factors.

Productivity Metrics

Productivity metrics are essential tools for evaluating and enhancing the efficiency and performance of production processes.

Programmable Logic Controllers

Programmable Logic Controllers (PLCs) represent industrial computer systems designed for the automated control and regulation of manufacturing processes.

Pull control

Pull control is a principle of lean management in which production is controlled by actual demand rather than by forecasts and planning.

Push control

Push control is a production approach in which products are manufactured on the basis of forecasts and pre-planned production schedules.

Quality 4.0

Quality 4.0: Definition, Benefits, and Applications. Industry 4.0 technologies for modern quality management.

Quality assurance

QA according to DIN EN ISO comprises systematic measures to ensure that products and services meet certain quality requirements.

Quality control

Find out how quality control ensures product quality, reduces costs and increases customer satisfaction through inspections and statistical methods.

Quality management (QM)

QM encompasses all measures aimed at ensuring and continuously improving the quality of products and services.

Quality Management Systems (QMS)

Quality management systems are formalized systems that document processes in order to achieve quality guidelines and objectives.

Quality Metrics

The quality of a product or service is at the heart of every successful company.

Real-Time Data Monitoring (RTDM)

This process allows data administrators to monitor the changes made to the data in real time.

Real-Time Insights - Real-time data in manufacturing with Cloud MES

Real-Time Insights Explained: How Cloud MES delivers real-time data on the shop floor, improving OEE, quality, and manufacturing decisions.

Real-Time Monitoring

Real-time monitoring is a fundamental component of modern production control.

Real-Time Production Data

Real-time production data explained: definition, examples, and how cloud MES can improve OEE, downtime monitoring, and shop floor decisions.

Recipe Management in Manufacturing

Recipe management describes the structured administration of all process parameters that define how a product is manufactured.

Reliability Centered Maintenance (RCM)

RCM is a strategic approach to equipment maintenance that aims to maximize the reliability and service life of machinery.

Repairs Per Thousand (RPT)

Repairs Per Thousand (RPT) is a key figure that measures the number of repairs per thousand product units.

Reports in the Context of OEE

Overall Equipment Effectiveness (OEE) reports are systematic evaluations of production data that are automatically generated by MES.

Return on Investment (ROI)

Return on Investment (ROI) refers to the systematic evaluation of the profitability of investments in manufacturing systems and production equipment.

Rework

Rework is a common problem in production that consumes time, resources and costs.

Rework Management (RWM)

Rework management (RWM) comprises the systematic recording, analysis and elimination of rework in production processes.

Role-Based Access Control in Manufacturing

Role-Based Access Control, or RBAC, is the structured way to control who can access, modify or execute what in a manufacturing environment.

Rolled Throughput Yield (RTY) Explained

Learn how to calculate true process quality, uncover the Hidden Factory, and optimize your OEE today.

Root Cause Analysis (RCA)

Root Cause Analysis (RCA) is a systematic method for identifying the underlying causes of problems or errors.

SCAR (Supplier Corrective Action Request)

A SCAR is a formal quality management document used to address quality issues and non-conformities with suppliers.

Schedule Adherence (Production Planning Adherence)

Schedule Adherence is a core manufacturing KPI that quantifies the synchronization between the master production schedule and actual shopfloor execution.

Scrap Costs

Scrap costs arise when products cannot be sold due to faults or defects and have to be disposed of or reworked.

Scrap Rate

The scrap rate refers to the proportion of defective products that do not meet quality standards in production and are therefore classified as scrap.

Scrap Rate vs. Rework Rate Explained

Scrap Rate measures the percentage of produced units that are irreparably defective and must be discarded.

Setup Processes

Setup processes encompass all steps necessary to prepare a production facility for manufacturing a new product.

Setup Time

Find out how set-up times influence production costs and can be shortened with methods such as SMED to increase efficiency.

Shitsuke (躾)

Shitsuke (5S): Discipline and sustainability for continuous workplace improvement. Permanent anchoring of Lean principles.

Shojinka

Shojinka is a concept from lean management that promotes the flexible adaptation of the workforce to production requirements.

Shop Floor Control (SFC) in Manufacturing

Shop floor control (SFC) is the operational steering and monitoring of production directly on the shop floor, bridging ERP planning and physical execution.

Shop floor integration: Control & automation with cloud MES

Shopfloor integration explained: How shopfloor control and shopfloor automation enable scalable IT/OT integration with OPC UA and cloud MES.

Single Minute Exchange of Die (SMED)

Single Minute Exchange of Die (SMED) is a lean methodology for reducing set-up times in production.

Skills Matrix in Production

The qualification matrix is a tool for the structured management of the skills and authorizations of employees in production.

Smart Energy Management

Smart Energy Management utilizes AI, IoT, and data analytics to monitor, optimize, and make energy consumption in production more sustainable.

Smart Maintenance

Smart Maintenance Explained: How Lean Maintenance, Predictive Maintenance, and MES-Supported Maintenance Strategies Reduce Downtime and Increase OEE.

Software as a Service (SaaS)

Software as a Service (SaaS) is a model where software is provided over the internet instead of purchasing and installing it.

Spare Parts Criticality

Spare Parts Criticality Explained: Criteria, Classification, and How to Prioritize Spare Parts by Risk, Reduce Inventory Levels, and Avoid Downtime.

Standard Operating Procedure (SOP)

Standard Operating Procedure (SOP): Definition, structure & best practices. Ensure quality and compliance through standardized processes.

Standardization in Manufacturing

Standardization describes the systematic standardization of processes, procedures and methods in production.

Statistical process control (SPC)

SPC optimizes production processes through continuous monitoring and analysis, increases product quality and minimizes errors.

Statistical Quality Control (SQC) in Manufacturing Explained

Statistical Quality Control (SQC) comprises a variety of statistical techniques for monitoring and improving product quality.

Supervisory Control and Data Acquisition (SCADA)

Supervisory Control and Data Acquisition (SCADA) is a system for monitoring and controlling industrial processes.

Supply Chain Management

Supply chain management, or SCM for short, refers to the monitoring and control of materials, information and finances along the entire supply chain.

Takt Time

Takt Time: Definition, calculation & application. Optimize your production through perfect synchronization with customer demand.

The Evolution of Industrial Revolutions: From Industry 1.0 to 5.0

The history of industrial development is characterized by upheavals that have changed our production methods and ultimately society.

The MES Business Case: Justifying Your Smart Factory Investment

An MES Business Case is the structured economic justification for implementing a Manufacturing Execution System.

Things Gone Wrong (TGW)

Things Gone Wrong (TGW) refers to unexpected events or errors that occur during a production process.

Tool Life Management

Tool life refers to the effective service life of cutting and forming tools in industrial production.

Total Cost of Ownership (TCO)

Find out how cloud-native MES solutions can help you optimize TCO in production, reduce operating costs and increase efficiency.

Total Effective Equipment Performance (TEEP)

Find out how TEEP evaluates full plant productivity and how companies can increase the efficiency of their production through optimized use.

Total Productive Maintenance (TPM)

Total Productive Maintenance (TPM) is a proactive maintenance approach that aims to maximize the efficiency and service life of machines.

Total Quality Management (TQM)

TQM promotes continuous quality improvement through employee involvement, customer focus and process optimization for long-term success.

Toyota Production System (TPS)

The Toyota Production System (TPS) is a production approach based on efficiency, quality and continuous improvement.

Traceability

Traceability refers to the ability to track a product through all stages of its production, processing and distribution.

Unified Namespace

A Unified Namespace (UNS) is a central real-time data architecture where all production and enterprise data is published into a single structured MQTT-based data space.

Value Stream Mapping

Find out how value stream mapping visualizes processes, reduces waste and increases efficiency for sustainable production optimization.

VDA 6.3 Audit

VDA 6.3 process audit explained: contents, maturity assessment, typical questions, and how production and MES data ensure audit compliance.

Version management

Version management describes the systematic handling of changes to production.

Waste Reduction

Waste Reduction: Systematic waste elimination for efficient processes. Lean management for cost reduction and sustainability.

What Is IoT Integration in Manufacturing?

IoT integration (Internet of Things) describes the networking of machines, sensors and systems in modern production.

Work in Progress (WIP)

In manufacturing, work in progress (WIP) refers to the quantity of unfinished products that are still in the production process.

Work Order Management

Work order management digitizes work orders in production. With MES, PDM, and OEE, orders are efficiently planned, controlled, and evaluated in real time.

Work Plan in Manufacturing

A work plan describes the complete sequence of all work steps required to manufacture a product.

Work Steps in Manufacturing

The methodical structuring of work steps forms the foundation of efficient production processes.

Zero Defect Manufacturing (ZDM)

ZDM is a manufacturing approach that aims to produce products without defects in order to completely eliminate rework.