Abstract: Mine safety is the primary responsibility of mining enterprises. The virtual simulation platform for mine safety education, incorporating VR technology, enables a virtual representation of mining enterprises, and creates a more immersive experience. This platform can be widely applied in mine safety production training, further enhancing employees' safety awareness, improving training efficiency, and further enhancing the safety production capacity of mining enterprises. The virtual mine simulation system adopts a B/S architecture. The simulation system is developed based on the Unity3D engine achieving low running latency, efficiency, and stability. The backend system is designed and implemented using the SpringMVC framework, offering stable functionality and strong scalability which making it suitable for the safety production education efforts of most mining enterprises. The design and application of the virtual simulation platform for mine safety education explore the possibility of utilizing virtual simulation, 3D animation, and an information platform to achieve visual expression of safety knowledge and immersive training of the education. It is expected to provide further exploration and reference for modern intelligent mine construction and safety production training.