UWB High-Precision Positioning Solution Elevates Automotive Tightening Tool Management
A leading automotive enterprise has established a vehicle production base in Indonesia. To enhance production efficiency and process stability, the enterprise has adopted advanced practices from its domestic facilities and implemented a complete eforthink UWB-based tightening tool positioning management system. This same system has also been deployed at the enterprise’s other production bases, confirming the reliability of this UWB positioning solution in automotive manufacturing environments.
Project Overview: UWB High-Precision Positioning Deployment
The project employs UWB high-precision positioning technology, utilizing over 330 UWB base stations and more than 100 personnel positioning tags to achieve 30cm-level positioning of tightening tools.
Tightening tool positioning data is integrated with the enterprise’s production system, creating an integrated management model supported by UWB technology to strengthen process control.
Core Values: Driving Efficiency and Risk Mitigation
The eforthink UWB tightening tool positioning management system delivers tangible operational value, addressing key pain points in automotive tool management and meeting core operational needs.
Real-Time High-Precision Tracking & Loss Prevention: The UWB positioning system provides continuous, accurate location data for all tightening tools, enabling real-time monitoring of tool movement. This prevents tool loss and reduces the time spent searching for misplaced equipment, delivering on key operational value.
Process Compliance & Error Reduction: By synchronizing tool positioning data from the UWB system with the production system, the solution enforces strict process adherence. If a tightening tool is moved outside its designated workflow station or process step, the system automatically locks the tool to prevent improper use. This proactive measure eliminates costly rework, production delays, and quality defects caused by tool misplacement.
Project Significance










