OEE Tracking Module

Assessing the overall effectiveness of production machinery is crucial for firms. One widely used metric for this purpose is Overall Equipment Effectiveness (OEE). OEE evaluates equipment efficacy through time, quality, and operating speed dimensions, pinpointing areas for improvement. It serves as a vital tool in enhancing productivity, fostering continuous improvement, and optimizing manufacturing operations by focusing on key elements that influence equipment efficiency.


1. What is Overall Equipment Effectiveness (OEE)?

OEE  is a commonly used metric to assess a manufacturing process’s potential for improvement in one easy-to-understand value. Lean Manufacturing’s primary goal is to increase production through the elimination of waste, and measurement facilitates improvement. An further vital link between measurement and development is offered by OEE. The Six Big Losses, which offer a doable and realistic road map for raising manufacturing productivity, are closely related to it.


2. Benefits of OEE in Manufacturing

measuring your OEE provides several benefits to your manufacturing unit. Some of them are:

  • Identifying Inefficiencies: Tracking OEE enables the identification of production process bottlenecks and downtime, facilitating improved production capacity. OEE Data-driven decisions can be made to optimize operations and enhance productivity.
  • Increased Profitability: Improving OEE directly translates to heightened productivity, resulting in increased profitability. Enhanced equipment efficiency enables the production of more goods or services in less time, reducing costs and boosting revenue.
  • Improving Quality: By incorporating quality metrics into OEE assessment, areas where products fall short of quality standards can be identified. This allows for corrective actions to be taken, improving product quality and customer satisfaction.
  • Consistent Production Volume: OEE technology enhances visibility into manufacturing processes, providing real-time performance information. With advanced metrics, including detailed progress tracking, organizations can effectively meet production targets and ensure consistent output.
  • Building More Efficient Manufacturing Processes: OEE platforms offer live insights into processes, aiding in identifying areas for improvement and ensuring continuous enhancement. The combination of Performance and Analytics modules facilitates process efficiency optimization, yielding valuable insights for decision-making.
  • Reduced Waste, Scrap, and Rework: Real-time identification of quality losses by OEE systems enables timely corrective actions, minimizing scrap and waste. Automation of quality assurance checks and digital quality monitoring further enhances efficiency and compliance.
  • Minimal Idling Time and Short Stops: OEE platforms provide transparency into manufacturing processes, allowing swift identification and resolution of production stoppages. By anticipating and addressing potential setbacks, organizations can avoid losses and improve operational efficiency.
  • Greater Producting Shop Floor Accountability: OEE solutions offer performance breakdowns by shift and crew, enabling better workforce management and accountability. Role-specific views and multilingual support enhance user experience, fostering collaboration and connectivity within the organization..


3. How to begin Tracking OEE?

Manufacturers should refrain from handling papers or Excel files and employing antiquated manual data collection techniques in order to calculate OEE. Rather, you ought to use real-time OEE monitoring to spot performance problems and data analysis to spot patterns and regions that need work. This allows you to take swift action to resolve concerns before they become more serious ones.


 You can begin tracking OEE by collecting data on the availability, efficiency, and quality of your equipment using automated solutions, such as sensors and software. This will enable you to use the following calculation to determine your OEE score:

OEE = Availability x Performance x Quality

  • Availability is reasonably straightforward to define. Any time the process is not running due to an unplanned stop (e.g., some type of mechanical failure) or a planned stop (e.g., cleaning) is an Availability Loss.
  • Performance can be looked at in terms of flow or mixing rate. What is the theoretical maximum flow or mixing rate? Performance can be calculated as the ratio of Actual Run Rate to Theoretical Maximum Rate (Nameplate Capacity). In terms of a calculation this can be expressed as: (Volume Produced / Run Time) / Ideal Run Rate. For example: Performance = (1,200 Liters / 1 Hour) / 1,500 Liters per Hour = 80%.
  • Quality is the ratio of Good Material to All Material. Some process applications only produce good materials, while others may have Quality Loss due to non-conforming materials.

You can then use this score to identify areas of improvement in your production process and take action to optimize your operations through data analytics.


4. OEE Tracking Module of MES SmartTrack Software

Vietsoft OEE Tracking Module is a powerful data analytics tool that can help manufacturing units monitoring their Overall Equipment Efficiency (OEE) by providing real-time insights into their product management performance metrics. Here are some ways OEE Tracking Module can help with OEE tracking:

  • Data Visualization: OEE Tracking Module can help production companies track OEE by providing real-time data visualization dashboards that can show the performance of each machine or equipment. This allows production managers to identify areas of inefficiency in their production process and take corrective actions quickly.
  • Integration: OEE Tracking Module can integrate with different data sources like Microsoft Excel or SQL Server to collect and analyze data from different production systems. This makes it easier for production managers to get a complete view of their production process and identify the root cause of any issues.
  • Customizable Reports: OEE Tracking Module allows production companies to create customized reports showing different KPIs (key performance indicators) related to OEE trackings, such as machine utilization, downtime, and production yield. This helps production managers to identify opportunities for improving production efficiency and profitability.
  • Machine Learning: OEE Tracking Module can be used to implement machine learning algorithms to predict potential issues with the equipment or machines. This allows production companies to take preventive measures to avoid downtime and improve overall production efficiency.
  • Mobile App: OEE Tracking Module can be accessed through a mobile app, which allows production managers to monitor the production process from anywhere and anytime. This provides real-time visibility into production operations and helps managers make informed decisions quickly.

7. Conclude

The Vietsoft OEE Tracking Module emerges as an ideal solution for monitoring OEE in production companies. Offering features such as real-time data visualization, seamless integration with various data sources, customizable reporting capabilities, and the ability to implement machine learning algorithms, this module empowers organizations to optimize their production processes effectively. By leveraging real-time insights provided by the module, production companies can make data-driven decisions aimed at enhancing efficiency and maximizing profitability.

Therefore, there’s no better time than now to commence tracking OEE using our automated systems and data analytics. By embracing these technologies, companies can unlock a plethora of benefits and pave the way for success in today’s competitive business landscape.


8. Download Brochure of OEE Tracking Module