A modular automation connects technical drawings, quote calculation and machine logs into one continuous data flow for anodizing production.
Relevant information begins in the drawing, is evaluated in the quote and reveals its real impact only in production.
We connect these layers in one system: AI extracts technical requirements, the calculator structures the quote, and machine data provides the basis for continuous analysis and optimization.
Planning data and actual runtime information become usable along the same process.
Technical documents provide the starting point for effort and process planning.
Relevant component and surface requirements are captured as structured data.
The extracted data feeds a transparent and reproducible calculation logic.
Order and process data are connected with captured machine logs.
Runtimes and process events are analyzed and made usable for optimization.
In anodizing, the component, alloy, pretreatment and required surface affect the process. Robust calculation therefore needs technical requirements and real production logic in the same data model.
AI-based extraction turns relevant information from technical drawings into structured data. The quote calculator turns it into a fast, transparent and repeatable workflow.
Machine logs reveal actual runtimes and process events. Real-time analysis supports ongoing production, while its insights can improve future quotes and planning.
A continuous automation is emerging that combines quoting knowledge and real production data for better decisions.