Frequently asked questions about production systems

A production management system is domain-specific software with functionalities supporting production planning and monitoring, as well as the settlement of related costs, including unit costs. It incorporates features of APS, MES, and MRP systems, facilitating scheduling, order recording, progress monitoring, task and process status verification, and analysis of machine performance and process efficiency. The production system integrates various production-related areas—from warehouse and procurement, to quality and sales—allowing for complete control over the manufacturing process.

An ERP system is software whose modules correspond to specific areas of the enterprise, supporting the processes within it with their functionalities. Therefore, it is a solution applicable to both manufacturing companies and those operating in other industries. A manufacturing ERP system, on the other hand, is domain-specific software whose functionalities cover only the production area and comprehensively support all activities within it, from planning, through execution, to production settlement. Its modules are typically equipped with highly specialized mechanisms, such as those ensuring interoperability with CAD software or monitoring the status of machines and equipment.

A production management system should provide functionalities supporting production planning, order planning, and technological operations (APS), order execution and machine performance monitoring (MES), material requirements planning (MRP), quality control (QC), performance analysis (BI), and cost accounting. It should be compatible with ERP, WSM, accounting, HR, or any other system used within the company that is essential for obtaining information for production planning and management. Traceability and Internet of Things capabilities are also essential.

Production management systems offer a wide range of functionalities and are scalable. This means they can be tailored to the needs of both large enterprises and smaller-scale manufacturing operations. They enable basic production planning and recording, raw material consumption monitoring, and tracking the status of technological operations. This allows both large and small plants to operate more efficiently, tailored to their specific needs.

Although production management systems are multi-module solutions, it's not necessary to implement all their functionalities, only those needed by the company. Therefore, if a planning tool is missing from the production optimization perspective, you can implement the APS module, and MES supports order management. It's always possible to implement additional modules if the company perceives such a need in the future.

The implementation of a production management system is preceded by an analysis of the company's structure, processes, and needs, which serves as an important starting point for determining the required functional scope of the implemented solution. The system is then configured according to the company's specific needs and production processes, and integrated with other software, such as an ERP system. System testing is a crucial part of the implementation process, ensuring correct implementation and configuration. Only then can data be migrated and the system launched in production mode. Employee training in the new solution is also crucial. The implementation time depends on the complexity of the plant, the number of functionalities being implemented, and the integrations being performed, so it is a case-by-case matter.

Modern production systems increasingly enable connection to machines via sensors or controllers. This enables real-time data acquisition, such as task status, operation progress, material consumption, downtime due to failures, or changes in planning. Such integration allows for comprehensive production monitoring and overall efficiency (OEE) assessment, rapid response to failures, and improved maintenance planning.