Company Name: Texen Poland Sp. z o.o.

Business Profile: Plastic processing – manufacturing of cosmetic packaging.

Key Client Information:

  • 170 employees
  • 6,500 m² of plant area
  • ISO 9001:2015 certification
  • ISO 14001:2015 certification
  • 25 injection molding line.

Scope of Implementation:

The project involved the implementation of the Aplixcom SCADA-MES system and its integration with the ERP system (initially Sysklass, later SAP).

Supplier Information:

APLIXCOM Solutions +48 (12) 376 95 99, 607 400 534, scada-mes.com

Description of Implementations

Implementation of the Aplixcom SCADA-MES system and its integration with the ERP system (initially Sysklass, later SAP).

Initial state, assumptions: The plant in Poland is part of the international Texen group, headquartered in France. The main objective and reason for starting the project was to align the company with the group’s standard for production monitoring. There was also a plan to switch the ERP system to SAP at an undefined future date. The time frame for the SAP implementation was not fully known at the time the MES system decision was made. The client anticipated that some functionalities from the current ERP system would be lost (due to the long-term use of the old ERP system, many custom functionalities had been developed). The first option was to adopt the MES system already implemented in other Texen group facilities. However, this system offered very limited monitoring and reporting options. Additionally, it allowed communication with production stations through only one specific port. The client decided to seek another MES system provider, focusing on the following key parameters:
  • maintaining the key additional functionalities of the ERP system by transferring them to the SCADA-MES system,
  • flexible communication between the SCADA-MES system and production machines (the competitor’s system could only communicate via the EUROMAP 63 standard),
  • the role of Aplixcom SCADA-MES was to monitor and assist in production accounting, supervise product quality, and provide real-time support,
  • data storage on local servers and access to the SQL database,
  • future integration capability with the SAP system.
After presenting the capabilities of the SCADA-MES system, which met the client’s requirements, the solution was proposed to the headquarters. It was approved, and the implementation project was initiated.
Current state, implementation: The SCADA-MES system was implemented and launched in 2018. A bidirectional interface was built to exchange data between the implemented solution and the ERP system. From the ERP side, information regarding production orders and technological details for execution, as well as the status of orders, were transmitted. The SCADA-MES system provided data on changes to the production workstation and the start date of the order. The ERP system maintained a superior role, as material accounting for orders was still done within the ERP. Before the system implementation, production planning was conducted using Excel files, so starting work with the PLANNER module was a major qualitative improvement. The key advantages include:
  • real-time transmission of changes to the production plan,
  • easy planning with drag and drop functionality,
  • handling of separate retooling orders,
  • machine calendar management,
  • visualization of order progress and machine statuses for the planner,
  • the ability to adjust production speed relative to normative efficiency.
The primary task of the system was, of course, to monitor machine operation time and actual production speed. We adopted the TCP/IP protocol as the standard for machine/MES communication. In addition to the basic functions, the following functionalities were transferred to the system. The most important are:
  • the system includes a SCADA-MES=>ERP interface that transmits real-time information on physically produced parts and defects. The operator can declare containers and defective parts,
  • label printing at every workstation,
  • the ability to design custom labels for containers,
  • categorization of defects.

Benefits for the client

Additionally, the system enabled:

Thanks to the Charts and Reports module, the client gained:

The implementation of the SCADA-MES system also covered the area of maintenance. The main benefits include the ability to:

Summary

The system operated in this form until 2021, when the ERP system was replaced with SAP.
Aplixcom rose to the challenge and developed new interfaces in collaboration with the SAP implementation team. This resulted in the following changes:

PLANER:

It became an interface for transmitting orders from SAP to SCADA-MES, losing its role as a planning tool. This decision was not driven by a desire to change the system.

This standard was adopted for all factories. If planning in this system had been possible, such a decision would certainly have been made.

SCADA-MES:

The data transmission interface was modified – now, aggregated information on good/bad units and downtimes is transmitted once a day. This change was made to align with the existing SAP interface.

For production operators, this system change was unnoticeable. Previously transferred functionalities did not disrupt the workflow on the production floor. This is undoubtedly a success we aimed to achieve by transferring functionalities and reporting to the SCADA-MES system.

In the future, it was intended that this change would be non-invasive in the production area in the event of an ERP system change.

"As someone directly overseeing the system and receiving feedback and suggestions about it, I know that the system is dynamic and invaluable when it comes to gathering production data.** **However, it’s important to remember that systems of this class are merely tools. It’s crucial to have a strategy for how to utilize the data collected from such systems. How much we can "extract" from them as users directly impacts the business outcome."