Brain Model – Life‑Size, 8 Parts [2899]

The Life‑Size Brain Model (8 Parts) is a highly detailed anatomical teaching aid designed to support in‑depth study of the structure and organisation of the human brain. Medially divided for exceptional clarity, this model allows students to explore both external and internal brain anatomy in a clear, hands‑on way, making it ideal for secondary school and college‑level biology teaching.

The model shows the major cerebral arteries, including a removable basilar artery, and can be separated into distinct anatomical regions. Each half of the brain further dissects into the temporal and occipital lobes, half of the brain stem, and half of the cerebellum. Mounted on a removable base and supplied with a numbered key card, this model is designed for clear demonstration, student investigation, and revision.

Key Features

• Life‑size human brain anatomical model
• 8‑part construction for detailed study
• Medially divided to reveal internal brain structures
• Shows cerebral arteries, including a removable basilar artery
• Both halves separate into lobes, brain stem, and cerebellum
• Mounted on a removable display base
• Clearly numbered with supplied key card
• Durable design for regular classroom use
• Product code: [2899]

Specifications

• Model size: 19 × 17 × 14cm
• Weight: 1kg
• Parts: 8
• Scale: Life‑size

Ideal for School Biology & Science Lessons

Suitable for KS3, GCSE, and A Level Biology, this brain model enables students to confidently explore the structure and function of the central nervous system through visual and tactile learning.

• Teaching the major regions of the brain
• Understanding the role of the cerebrum, cerebellum, and brain stem
• Exploring blood supply to the brain
• Supporting lessons on the nervous system
• Enhancing revision and exam preparation through hands‑on learning

Accurate, robust, and purpose‑designed for education, the Life‑Size Brain Model (8 Parts) is an excellent classroom resource for teaching human neuroanatomy with clarity, confidence, and strong educational impact.