XR-based Digital Management Solution for Specialized Precision Equipment
MXdts accelerates technology acquisition and utilization through training, testing, inspection, and maintenance support for precision devices across construction, aviation, defense, and medical industries.
Construction · Aviation · Defense · Medical Industries
Industrial Specialized Precision Device Management System: Mxatg
Mxatg provides education, testing, inspection, and maintenance support for precision equipment across various fields.
Functions
Monitoring
Monitoring equipment status using lightweight diagnostic tools.
MXatg enables real-time monitoring between Wi-Fi-enabled equipment and mobile platforms.
Intuitive recognition of monitoring data
MXatg enables users to select monitoring data and manage it visually through graphs.
Monitoring data graph management
MXatg enables users to select monitoring data and manage it visually through graphs.
Functions
Guide identification and delivery
Identification of equipment failure areas and action guide
MXatg visualizes failure areas and provides troubleshooting guides using 3D AR
Matching the location of the augmented model and detecting the sensor position
MXatg enables users to match actual equipment with augmented models to identify sensor positions.
Provision of intuitive troubleshooting guides
MXatg offers video-based guides for identified failure points.
Functions
Performance testing
Management of equipment performance testing and record keeping
MXatg provides a 3D AR-based guide for testing equipment performance and enables users to measure and record the results.
Performance test guide overlay on 3D model
MXatg provides animated manuals for intuitive understanding
Measuring performance data and keeping records using measurement tools
MXatg transmits 3D AR measurement results to experts for performance data management.
Mxatg enables real-time monitoring and data management through Wi-Fi-based remote communication between equipment and mobile devices.
Mxatg provides intuitive guides for fast problem identification and resolution by matching augmented models with sensor positions.