This thesis presents the development of a web-based information system for managing CNC tools in a small
manufacturing company. The system replaces inefficient manual record-keeping with a modern digital solution that enables real-time inventory tracking, damage and loss recording, and analytical report generation.
The application is built following clean architecture principles using .NET 8, Blazor Server, and Entity Framework Core technologies. A multi-level access system with three roles (worker, supervisor, administrator) is implemented, each providing specific functionalities. Special attention is given to user experience, including QR and barcode scanning for faster data entry.
Two-week testing in a production environment demonstrated the system's stability and practical usability. The application successfully addresses key tool management challenges, reduces error possibilities, and enables better cost control. The developed solution serves as an example of how appropriate technology can significantly improve production process efficiency in smaller enterprises.
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