aPIMS – OUR MANUFACTURING EXECUTION SYSTEM

FOR GLOBAL REAL-TIME CONTROL AND TRACEABILITY 

With our proprietary Manufacturing Execution System (MES) “aPIMS”, we can control our globally interconnected production processes smartly, securely, and transparently – in real time. It links machinery, people, and processes into a consistently controlled system and ensures that all processes are data-based and fully documented. Each product thus receives its digital life cycle, which helps avoid errors, continuously improve processes, and meet the highest quality standards.

Seamless Data Logging – The Basis of Quality and Traceability

Product Quality Requires Data Clarity
In wire harness manufacturing, integral documentation and the systematic recording of all relevant process parameters are crucial – from materials used to machine configurations and environmental conditions.
aPIMS – Customized MES for Complex Manufacturing Processes
With our proprietary Manufacturing Execution System (MES) aPIMS, Nexans autoelectric has a solution that is perfectly tailored to its own processes and requirements.

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Evaluating Process Data – Basis for Continous Improvement

Production Data Becomes a Basis for Decision-Making
The process data collected during manufacturing not only forms the basis for traceability, but also facilitates targeted evaluations for the further development of processes, stability, and quality. 
Structured Analysis Based on Reliable Data
The Manufacturing Execution System aPIMS provides structured access to key process metrics – such as cycle times, material flows, or irregularities in the manufacturing process. The data can be used directly in the system or evaluated in analysis platforms such as Power BI, Q-DAS, or as part of SPC (Statistical Process Control).

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Built-In Process Logic for Aspired Zero Defects

Defect-Free Production Starts in the System 
To ensure the highest quality standards, errors in the production process must be detected early – or ideally – completely prevented. aPIMS supports this goal with targeted process interlocking based on the Poka-Yoke principle: sources of error are systematically eliminated throughout the process.
Routing as a Basis for Secure Processes
Digital routing is derived from the respective process flow diagram, which clearly defines the production sequence. 

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