Skin Section Model – Human Skin Structure [0711]

The Skin Section Model is a detailed, three‑dimensional educational model designed to support the teaching of human skin structure in school science lessons. Suitable for KS3 and above, this model provides a clear and engaging visual representation of the main layers and components of the skin.

Based on a section of skin from the head, the model clearly displays the three main layers of the skin: the epidermis, dermis, and subcutaneous layer. It includes accurately modelled hair follicles with sebaceous glands, sweat glands, sensory receptors, nerves, and blood vessels, enabling students to understand how each structure contributes to the skin’s functions.

The model is robust, easy to handle, and sized for effective classroom demonstration. Measuring approximately 33 × 25 × 6cm and weighing around 1.075kg, it provides an ideal balance of detail and durability for repeated educational use.

Key Features

• Detailed 3D model of human skin
• Suitable for KS3, GCSE and A‑Level biology
• Shows the three layers of the skin
• Includes hair follicles and sebaceous glands
• Displays sweat glands, receptors, nerves, and blood vessels
• Clear representation of skin structure and function
• Durable design for classroom demonstration
• Approximate size: 33 × 25 × 6cm
• Approximate weight: 1.075kg

Ideal for School Science Lessons

The Skin Section Model is ideal for secondary school biology lessons, helping students visualise structures that cannot be seen clearly using diagrams alone. It supports both teacher‑led explanations and independent student learning.

• Teaching skin structure and layers
• Explaining the roles of glands, nerves, and blood vessels
• Supporting topics on sensory receptors and temperature regulation
• Enhancing understanding of human biology and body systems
• Providing a clear visual aid for revision and assessment preparation

Accurate, clear, and visually engaging, the Skin Section Model is an essential teaching aid for helping students build a strong understanding of human skin structure and function.