Ergonomic Surfaces: Geometry optimized for natural interaction with standard medical devices. Integrated protective layers resist moderate abrasion without affecting functional characteristics, maintaining accuracy in ventilatory measurements after multiple cycles of professional use. Comprehensive Training: A lung model that stimulates logical reasoning through practical exercises, while improving handeye coordination and developing essential cognitive skills for effective multisensory learning. Optimized Practical Functionality: Durable construction with movable elements and a stabilizing base, designed for continuous educational use through repetitive manual interaction without risk of premature wear. Scientific Research Stimulus: Designed for immersive educational experiences, stimulates natural curiosity and fosters detailed exploration of the respiratory system in beginner students. Use case: Medical training and device testing in a lab setting, where students calibrate and record ventilatory parameters with standard devices and rely on stable performance after repeated use cycles. Use case: Classroom learning station for physiology, enabling guided handson exercises that enhance handeye coordination and cognitive skills through multisensory engagement. Use case: Introductory research experiences, allowing educators to demonstrate respiratory mechanics and invite inquiry among beginner students.