
Why does OEE drop after MES implementation?
After the implementation of MES, we usually notice a strange effect. In most cases, after the system go-live, the OEE coefficient is lower than before the installation.
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Daily meetings more meaningful and fun. Create custom dashboards work on real data
Version control, digital forms, reports and seamless documentation flow in your entire production facility.
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Take full control over your machine park with a modern Industry 4.0 solution
Maintain constant production pace with a help of an advanced algorithm, and real-time cycle information based on historical data
A new maintenance system which allows you to schedule repairs and inspections based on real machine cycle work time
Proven all-in-one system for warehouse management with integrated data sources
Sustain and increase product quality. Control production plan, processes, quality and nonconformities.
Monitor consumption of utilities such as energy, gas, liquids and more in real time and be ready to optimize
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Monitor the production process, know its progress, control quality measurements and compare them to tolerances
Electronic Batch Records. Automated data collection, real-time in-process control and step-by-step operator instructions
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Discrete Manufacturing in Automotive and Aviation is a unit production that must handle high quality with time-to-market speed and cutting costs
MES is now undoubtedly the basis of digitisation and the foundation of modern manufacturing activity. In the environment that can be described as Industry 4.0, it is a key factor in determining a possible business success. The reality of Industry 4.0, which – like never before – is analysed and evaluated through the prism of KPIs and all other measurements, requires the adjustment of production processes to MES assumptions…read more
After the implementation of MES, we usually notice a strange effect. In most cases, after the system go-live, the OEE coefficient is lower than before the installation.
The factory was in a phase of digital transformation, which included digitalization, working methodology, and IWS ready methodology. Tobacco production is characterized as a high-speed
Manufacturing Execution System (MES) and Enterprise Resource Planning (ERP) complement each other perfectly in production companies. However, these systems have different usage. ERP is mainly
Transparency in manufacturing may sound like a marketing ploy, but it actually brings tangible benefits, from smoother workflows to significant financial savings. If transparency in
Achieving high-quality indicators is an essential aspect of ensuring customer satisfaction and promoting further company growth. For this reason, modern production facilities implement further functionalities
Digitalization has firmly established itself in everyday production processes, regardless of the industry. Nevertheless, habits remain from the days before widespread digitalization, traditional solutions not
Production management and consistent pursuit of high quality of products – irrespective of the industrial sector or final goods – is closely linked to the
Operator guidance is an essential part of the production process. It primarily ensures that the process is executed following the developed technological guidelines. Step-by-step support
Meetings on the shopfloor are pretty much an everyday occurrence and are essential to keep things running efficiently and effectively. The type and quantity of
Let’s be honest – the term “rework” is most commonly associated with delays in production. Technically speaking, rework means correcting failed, defective, non-conforming items. It
SPC, or statistical process control, is one of the most interesting tools in the context of quality management. Nowadays, this method is widely used
The rising utility costs – especially for electricity obtained in the traditional manner – raise the importance of efficiency in the use of these resources.
The implementation of an MES (Manufacturing Execution System) can be challenging from a technical, procedural, and logistical point of view. These computerized systems are often
The tracking of changes in production – progress, lead times, possible sources of delays – plays a particularly important role in the industry. Delivering products
The successful MES implementation depends on several factors – from the correct implementation of the data being collected to the precise analysis of the information.
It’s no secret that every step of the pharmaceutical manufacturing process must be documented. However, managing paper documentation can be extremely time-consuming for pharmaceutical manufacturers,
In today’s world, many companies are stuck between whether to stay on-premises or go hybrid. The latter is almost always more difficult, but almost always
Making the decision to implement a manufacturing execution system is just the tip of the iceberg. The next stage is to refine the details of
The OEE is the result of three factors, these being availability, performance, and quality. It’s no secret that improving just one of the factors immediately
Production optimization and related analytics is important for all businesses, regardless of industry. However, there are companies with special characteristics. This group includes, among others,
Nowadays, production planning requires particular precision, operating in real time and updating objectives in relation to the current state of the machines. Only on this
With the advent of Industry 4.0, broadly defined automation of production lines has become a standard, without which it is difficult to imagine a modern
Full availability of the machinery park, control over downtime and maintenance lead times in the event of technical problems – these elements are among the
Digitalization means that reporting in its traditional form, as we have known it for years – in paper form, symbolically passed from hand to hand
MES is now undoubtedly the basis of digitalization and the foundation of modern manufacturing activity. In the environment that can be described as Industry 4.0,
The American corporation Gartner conducts a series of market studies, the results of which are presented in the final version in a report called Gartner
A WMS is used to better control warehouse processes and increase efficiency indicators. In order to achieve the intended effect of improving the efficiency and
Modern factories must constantly develop and raise efficiency indicators to achieve and maintain a strong market position. One of the ways to do this is
The FMCG industry faces new challenges every year. Production in line with government requirements and the need to meet the increasingly high expectations of end
Lean manufacturing is a production process that is based on the concept of maximizing productivity while minimizing waste within manufacturing. During the course of this
Implementing modern technological solutions in a factory involves carrying out numerous operations that determine the effectiveness of the finished software. The installation of equipment, implementation
As the world becomes more connected and businesses strive to become more efficient, the need for advanced manufacturing technology is becoming increasingly important. One of
Manufacturing Execution System (MES) is an essential software tool that helps manufacturers to achieve their production goals. It provides a real-time overview of the production
Manufacturing Execution Systems (MES) are crucial for controlling and monitoring manufacturing operations. With the growth of technology, MES systems have become an essential tool for
The fourth industrial revolution, also known as Industry 4.0, has brought about a significant change in the way manufacturing processes are carried out. With the
Learn about the common causes of micro-stoppages during the manufacturing process and how to address them to improve efficiency and productivity.
Neglecting production monitoring can lead to significant problems for any business. In this article, we’ll explore the consequences of not monitoring production and the benefits of implementing a monitoring system.
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