Intelligent storage and retrieval of tools with automatic monitoring of condition and defects
Accuracy of recording deviations up to 0.1 mm and 0.1 g eliminates manual inspection errors
Complete transparency of access and instrument accounting thanks to integration with ACS and 1C
Artificial intelligence identifies dirt, ovality, cracks, and chips in 130 seconds
Video recording of each operation – complete control without human intervention
Architecture
Cabman's work result
Interaction scheme
Advantages
Laser scanning, weighing and colour analysis according to the RAL scale reveal even the smallest defects
The system automatically identifies the cell, moves the required tool and locks the doors to eliminate human errors.
Every action - authorization, issuance, verification, return - is recorded in the event log and reports
Tool accounting is synchronized with production tasks and employee roles
Issuance and return are possible only after authorization and correct completion of all stages
Enclosed cabinet with rotating cylindrical shelving saves space and increases storage capacity
Additional features
- Automatic access control: the operator selects only authorized sets, the technician manages several, and the technologist has full access. Errors and unauthorized use are eliminated.
- All actions are recorded on video, and the archive is stored for up to one month. Connection to the plant's overall security system is possible.
- The system can be easily expanded to accommodate production growth: adding new racks, increasing capacity and the number of cells without replacing the structure
- Optical and laser inspection detects contamination, ovality, eccentricity and chips with an accuracy of 0.1 mm and 0.1 g
- The system generates reports for each employee, tool, and period. You can see who received, used, and returned which tool, when.
- Possibility of individual adjustment of sensitivity, measurement steps and analysis algorithms for each type of instrument
- If problems are detected, the system automatically makes a decision: allow placement, mark the instrument as “rejected” or prohibit return
- The system monitors its own condition – wear, temperature, power supply – and notifies about the need for maintenance
- Transfer of data on tool movement and its condition to the enterprise's production systems
- Access logs, reports, and cameras via a secure web interface—management can monitor the process from anywhere.
- Optional equipment with RFID readers and the RUSGUARD Face ID facial recognition system for quick access without cards
- 15-inch touchscreen with intuitive menu, Russian and English interface support
Production
Cabman
3D Modeling of the project
Example of Cabman's work. Automatic tool retrieval
Example of Cabman's work. Using Face ID access control.
Analytics
Automatic defect detection
Comparison of technological tools using database
Eccentricity
UI
Technological tool issuance report
Results of implementing Cabman at a cable plant
