Vibeat Human Brain Anatomy Model, 2X Enlarged 4-Part Removable Brain Model with Labels & Display Stand, Anatomical Teaching Model for Medical Training, Biology Classroom, Patient Education

The Vibeat 2X Enlarged Human Brain Anatomy Model provides an accurate, hands-on way to study brain structures. Designed with four removable sections and clearly labeled anatomical features, it helps students, educators, and healthcare professionals better understand brain anatomy. Made from durable PVC and mounted on a stable display stand, this model is ideal for classrooms, medical training, patient education, and science demonstrations.

• Human Brain Anatomy Model - Features a 2X enlarged human brain model with realistic anatomical structures and vivid color-coded sections, making brain anatomy easier to observe, identify, and understand.
• 4-Part Removable Design - Includes four detachable sections that allow users to explore internal brain structures through hands-on assembly and disassembly for a more interactive learning experience.
• Clearly Labeled Structures - Displays clearly marked anatomical features to help students and educators accurately identify major brain regions during anatomy study and classroom demonstrations.
• Durable PVC Material - Made from high-quality PVC that is durable, easy to clean, resistant to wear, and designed for repeated use in classrooms, laboratories, and clinics.
• Stable Display Stand - Comes with a sturdy display base that securely supports the model during lectures, demonstrations, and everyday display while helping save workspace.
• Ideal for Education & Training - Perfect for biology classrooms, anatomy courses, medical students, nursing programs, healthcare professionals, and patient education.
• Realistic Anatomical Detail - Accurately reproduces external and internal brain structures with precise proportions to provide a realistic hands-on anatomy learning experience.
• Complete Learning Kit - Includes an instruction guide to support anatomy learning and help users better understand brain structures and their relationships.