- Realistic simulations for training and patient education: Combines robust material processing with precise movement axes to enable lifelike demonstrations of breathing mechanics for both clinician training and patient-oriented education. - Durable and reliable construction: A specially developed combination of materials provides a soft grip with extreme shape retention. It withstands intensive use without signs of wear and guarantees consistently precise representations of anatomical breathing processes. - Cognitive engagement and skill development: Activates neural networks through targeted breathing exercises, sustainably promoting problem solving and responsive motion control. - Enhanced learning motivation and hands-on understanding: This vivid lung model facilitates practical understanding of breathing, stimulates curiosity through interactive handling, and is ideal for engaging biology lessons with effective haptic learning. Use scenarios - Medical education and simulation labs: Use during training for airway management, ventilation techniques, and patient demonstrations to improve familiarity with breathing processes and interventions. - Patient education and therapy demonstrations: Show clients how breathing mechanics respond to different techniques or therapies, aiding understanding and adherence. - Classroom biology and physiology lessons: Provide students with a tangible, interactive model to explore respiratory anatomy and function, supporting active learning and retention.