With the support of AR training guidance, actual scenarios can be presented in a digitalized manner, allowing learners to grasp knowledge and skills more quickly. It also reduces the need for physical objects, avoiding additional costs such as equipment damage due to misoperation. This effectively improves learning efficiency while reducing costs for businesses.

With the support of AR design review, multi-department communication and collaboration can be more efficient, while reducing the time and cost of creating physical models or prototypes. This makes the review process more efficient. Additionally, it allows designers and engineers to have a more intuitive understanding of product design and construction, and enables modifications and optimizations through virtual simulations. By identifying issues before product manufacturing, it enhances product quality and performance.

With the support of an AR multi-user collaboration platform, multiple department personnel can collaborate and communicate simultaneously in a virtual space, participating together in tasks such as design and simulation. Users can use their smartphones, tablets, or AR glasses to map the real world into the virtual space and interact with other users. They can collectively browse, edit virtual objects, and collaborate on completing a specific task.

Combining AR technology with digital twin, the management data of backend equipment is brought to the field, enabling real-time monitoring and analysis of production line operations. This facilitates timely detection of faults and anomalies, improving overall efficiency and stability of the production line. Through data simulation and predictive analysis, equipment failures can be identified in advance, reducing equipment maintenance time and costs.