Through real-time 3D visualization rendering technology, combined with digital modeling of actual CNC lathes, VR immersive stereoscopic display devices are used to recreate realistic lathe operation scenarios. Users can perform training operations such as programming, operating, and debugging CNC lathes in a virtual environment without the need for actual machine tools, thereby avoiding safety accidents caused by operational errors.

System Features

?Highly Realistic: Utilizes virtual reality technology to create a highly realistic CNC lathe operating environment, making users feel as if they are in an actual machine tool operation site.

?Safe and Reliable: Avoids safety accidents caused by operational errors, ensuring the safety of training.

?Flexible and Diverse: Provides multiple training scenarios and tasks, allowing users to choose appropriate scenarios and tasks based on their needs and skill levels.

?Visualized Teaching: Enables visualization of the training process and results, facilitating user summarization and reflection, thereby improving training effectiveness and learning efficiency.

Technical Approach

The system is developed using advanced graphics rendering technology and physics simulation engines (such as Unreal Engine) to achieve a realistic representation of the CNC lathe operating environment and machining process. This technical approach ensures system stability and real-time performance, providing users with an efficient and flexible CNC lathe operation learning environment.