By combining real-time sensor data with virtual models, the platform provides enterprises with functionalities such as real-time data analysis, equipment maintenance, and process optimization. It enables real-time monitoring and prediction of equipment status, allowing operators to promptly detect equipment failures and maintenance needs, optimize production processes, and improve production efficiency and quality.

Enterprises import inspection devices into a template-based parameter library. Inspection personnel use various mobile terminals such as AR glasses, smartphones, and tablets. The operating status and parameters of critical equipment are displayed in a three-dimensional manner right in front of their eyes. Faulty devices are clearly navigated, and abnormal situations can be promptly identified. Additionally, the system supports on-site personnel to adjust parameter display content through gestures and voice commands, greatly enhancing inspection efficiency and accuracy.

AR digital delivery integrates and standardizes data from design, production, and maintenance processes. By simply scanning the equipment, users can access rich content such as product descriptions, data, and maintenance records. This provides more personalized and precise services, meeting customer needs and expectations, and enhancing brand value and market influence.

AR training guidance creates mixed reality training scenarios, allowing employees to undergo operational training anytime and anywhere. With the support of visual 3D images, animated effects, and interactive teaching, employees can gain a deeper understanding of specific processes and technical details. This reduces waste of human and material resources while enabling trainees to quickly achieve independent operation.

Real-time monitoring and fault diagnosis of equipment, prompt detection and resolution of equipment issues, and quick response to equipment problems and tasks through remote collaboration and guidance, without waiting for technicians to arrive on-site, saving time and costs. By recording and analyzing equipment data, the operation process of equipment can be optimized, reducing the risks of human errors and improper operation, thereby improving the lifespan of the equipment.

By leveraging AR technology, virtual content is seamlessly integrated with real-world scenes. Visitors can have immersive experiences and explore key parameters, operating principles, and other information about related products and equipment anytime and anywhere. The system supports interaction through gestures, voice recognition, and other means, enhancing visitor engagement and experience while reducing management and operational costs for enterprises.