Art_pazdziernik (1)
Articles MES systems

Is an MES system for small companies?

Find out when MES is profitable for a small manufacturing company, which features to implement first, and how to reduce startup costs.

In brief

Find out when MES is profitable for a small manufacturing company, which features to implement first, and how to reduce startup costs.

An MES (Manufacturing Execution System) is software that supports production management in an enterprise. The MES system integrates with the ERP (Enterprise Resource Planning) system and provides up-to-date and accurate information on the status of production processes, product quality, material and energy consumption, machine and employee efficiency, and other production-related aspects.

An MES system is often associated with large companies that have complicated and complex production processes requiring a high level of control and optimisation. However, an MES system can also be useful for small companies that want to improve their competitiveness in the market, increase production efficiency and profitability, and adapt to changing customer requirements and regulations.

In this article, we will present the main benefits that an MES system can bring to small manufacturing companies, and point out the challenges and factors to consider when choosing and implementing an MES system.

What are the benefits of an MES system for small companies?

  • Improving the quality of products and services

The MES system monitors and records all parameters of production processes, such as temperature, pressure, humidity, cycle time, waste volume, etc. This allows for the quick detection and elimination of any non-conformities or errors that could affect the quality of products or services. 

The MES system also allows for tracking the origin and history of each product or batch of products, making it easier to verify their compliance with customer specifications or quality standards. Furthermore, the MES system enables the collection and analysis of data regarding product and service quality, allowing for the identification of areas for improvement and the implementation of corrective or preventive actions.

  • Increasing production efficiency and productivity

The MES system automates and synchronises many production processes, reducing downtime, delays, or excessive resource consumption. The MES system also provides better visibility and control over the inventory of materials and finished products, allowing for the optimisation of production planning and ordering. 

The MES system supports decisions regarding the allocation of human and machine resources, allowing for better utilisation of their potential and capabilities. The MES system also enables the collection and analysis of data on production efficiency and productivity, allowing for the definition of key performance indicators (KPIs) and monitoring their achievement.

  • Increasing flexibility and adaptability

The MES system facilitates making changes to production processes, such as changing the product range, technological parameters, quantity of units produced, etc. 

Additionally, the MES system allows for faster response to changes in demand or customer preferences, enabling the product offering to be adapted to their needs and expectations. The MES system supports adaptation to changes in the regulatory or market environment, such as new quality standards, environmental requirements, raw material prices, etc.

What are the challenges and factors to consider when choosing and implementing an MES system for small companies?

An MES system is an investment that requires not only financial outlays but also the commitment of time, personnel, and organisational changes. Therefore, small manufacturing companies should carefully analyse their needs, goals, and capabilities before deciding to choose and implement an MES system. Some of the important aspects to consider include:

  • Cost and return on investment

An MES system can be expensive to purchase and maintain, so it is important to carefully assess whether its benefits outweigh the costs. Costs associated with integrating the MES system with other IT systems, such as ERP, process control systems, warehouse management systems, etc., must also be considered. Furthermore, costs related to staff training, adapting production and organisational processes, and potential technical or operational issues should be factored in. To evaluate the return on investment (ROI) of an MES system, criteria and indicators for measuring its impact on production quality, efficiency, profitability, and competitiveness must be defined.

  • Adaptation to the company and industry specifics

The MES system should be tailored to the nature and requirements of the company and the industry in which it operates. There is no one-size-fits-all solution that fits every type of production. Therefore, you should choose an MES system that offers the appropriate functionalities, interfaces, and parameters for a given type of products, processes, machines, employees, etc. It is also important to check whether the MES system complies with industry standards and regulations, and whether it is easily scalable and updatable.

  • MES system provider and partner

Choosing the right MES system provider and partner is crucial to the project’s success. You should select a provider and partner who have experience and competence in MES systems and understand the specifics of your company and industry. It is also important to check references and reviews from other clients, as well as the terms of the contract and warranty. Maintaining good communication and cooperation with the MES system provider and partner at every stage of the project is also vital: from needs analysis, through system design and implementation, to technical support and maintenance.

Summary

An MES (Manufacturing Execution System) is an advanced IT tool that can bring many benefits to small manufacturing companies. It offers support in improving production quality, efficiency, profitability, and competitiveness. Nevertheless, it is an investment that requires careful preparation and execution.

Why Iplas?

Before deciding to choose and implement an MES system, small manufacturing companies should carefully analyse their needs, goals, and capabilities. It is essential to pay attention to aspects such as cost and return on investment, adaptation to the company and industry specifics, and choosing the right MES system provider and partner.

In this context, it is worth considering the Iplas system, which appears to be an attractive solution for small companies due to specific features:

  • Economic aspects: The Iplas system offers a cloud-based solution. This allows small companies to use an advanced tool without having to incur high initial costs, such as purchasing licences or a server.
  • Modularity: Iplas allows the system to be tailored to the individual needs of the company. The ability to implement specific modules, such as the energy monitoring module, means that companies can choose only those functions that are most needed for them.
  • Support and consulting: Experience shows that companies often need support both during the implementation phase and after its completion. Iplas not only delivers the system but also offers full support in the implementation process, employee training, and consultations allowing for future system optimisation.
  • Scalability: For growing companies, the ability to expand and modify the system as they grow and their needs change is important. The Iplas system allows for easy scaling, which means that the company does not have to invest in a new system as it develops.
  • Integration with other systems: Thanks to open APIs, Iplas can be easily integrated with other systems used in the company, such as ERP or CRM systems. This ensures a smooth flow of information and maximises operational efficiency.

The Iplas system is an investment in the future for small manufacturing companies. Its modularity, economic benefits, and support make it an ideal choice for those who want to introduce innovation to their production, increase efficiency, and boost competitiveness in the market.

Monika Nowak
Author and subject-matter consultant

Monika Nowak

iPLAS Project Director

Monika is responsible for designing the iPLAS system with a strong focus on user-friendliness, ensuring intuitive interface design and a seamless user experience. She values direct client feedback, which helps her tailor solutions to real-world operational needs. In her free time, she enjoys an active lifestyle and thrilling suspense novels.
iPLAS for manufacturing

Turn production data into confident decisions.

Connect machines, operators and systems in one place — from OEE and downtime to energy, quality and traceability.