Virtual reality combined training system-Male Catheterization

One of the system's standout features is its ability to simulate a wide range of physiological responses and tactile sensations that mimic those encountered in clinical settings. Constructed from high-molecular silicon, the manikin boasts realistic dimensions, clear anatomical landmarks, and authentic tactile feedback, ensuring that trainees can develop a thorough understanding of the procedure's nuances. The use of actual catheters during training enhances this realism, allowing users to experience the same sensations they would in a live setting.

The system intelligently guides trainees through each step of the male catheterization process, from initial preparation to final catheter fixation. Real-time computer graphics and rendering algorithms provide a visual representation of the catheter's insertion path and the urethral anatomy, helping learners visualize the procedure and improve their spatial awareness. Smart sensor chips monitor the insertion length and speed, ensuring accuracy and safety, while force feedback technology simulates varying resistance encountered during catheter insertion, reflecting the different physiological structures.