Human Vessel Enlargement Demonstration Model designed for clear visualization of stent placement and vessel dilation. Ideal for classroom demonstrations, surgical planning sessions, and handson anatomy training. Key benefits Teaches stent placement and dilation procedures through a clear, tangible model that accelerates student understanding and instructor demonstration. Supports advanced medical research by replicating coronary stent function and allowing study of arterial blockage and intervention techniques. Shows accurate vascular contours and stent detail through precise modeling, useful for anatomy lessons and procedural practice. Durable construction with ecofriendly PVC provides a solid, intact structure and lifelike surface detail for repeated use. Features Function: Demonstrates vessel blockage and stent deployment for education and research. Material: Made from PVC for realistic texture and longterm durability. Size: 29x12x23cm, compact enough for classroom or lab display while large enough to show procedural detail. Detail: Clear representation of vascular shapes and stent geometry to support visual learning and technical review. Use scenarios Classroom demonstration: Instructors can show stepbystep stent placement and vessel dilation to medical or nursing students. Research and planning: Interventional teams can use the model for preprocedure discussion, device familiarization, and blockage analysis. Handson training: Trainees can practice identifying vessel anatomy and reviewing stent positioning in a controlled, repeatable setting. What makes it stand out Combines anatomical accuracy with a construction designed for frequent handling. Provides a practical, reusable tool for education and procedural study without relying on temporary or fragile materials. Sized for easy transport between classroom, lab, and conference settings. This Human Coronary Stent Model and Vascular Blockage Model delivers a practical, realistic resource for teaching, training, and research in vascular anatomy and stent placement.