Life size human brain model made of durable polyvinyl chloride (PVC) plastic. Corrosion resistant, lightweight, and strength for repeated classroom and demonstration use. Key features and benefits material: Constructed from PVC plastic for durability, low weight, and resistance to wear and corrosion. Anatomically accurate: Developed by medical professionals for the study of human body systems, suitable for anatomy and physiology learning. Detailed structure: Composed of nine components to allow close inspection of internal anatomy. Clear identification of regions: Displays the sagittal section, cerebral hemisphere, diencephalon, cerebellum, brainstem including midbrain, pons, and medulla oblongata, plus major cerebral nerves. Ready for display and study: Life size model on a stable base enables handson examination and clear visualization of main anatomical structures. Effective learning tool: Improves comprehension of spatial relationships and organ structure for students and instructors. Practical applications Classroom teaching: Use in anatomy and physiology courses to demonstrate brain structure and relationships during lectures and lab sessions. Student study and exam preparation: Handson review of brain regions and nerves to reinforce textbook learning and practical identification skills. Patient education and demonstrations: Use during consultations or presentations to explain brain anatomy in a clear, visual way. What it solves Replaces abstract diagrams with a three dimensional, life size representation for easier understanding of spatial relationships. Provides a durable reference model that withstands regular handling and transport between teaching spaces. Offers a compact, complete visual aid to support instruction, study, and demonstrations without requiring complex setup. Contents and specifications Material: Polyvinyl chloride plastic (PVC) Components: Nine parts including sagittal brain section, cerebral hemisphere, cerebellum, brainstem components, diencephalon, and major cerebral nerves Size: Life size brain model mounted on a base for stable display This model delivers clear, handson anatomical detail in a durable format designed for teaching, study, and demonstration.