Acrylic Blocks Set – 7 Piece Optics Set for Light Experiments

This Acrylic Blocks Set of 7 is a versatile and essential resource for demonstrating key principles of optics in school science lessons. Manufactured from high‑quality clear acrylic, each block is precision‑shaped to allow students to observe and investigate how light behaves when it passes through different materials and surfaces.

The set includes a variety of shapes, enabling a wide range of experiments involving refraction, reflection, total internal reflection, and lens behaviour. Supplied in a convenient storage box, it is ideal for both classroom demonstrations and hands‑on student investigations.

Set Contents

• Equilateral block: 57 × 25mm (all sides × depth)
• Biconcave block: 75 × 115 × 25mm (length × radius × depth)
• Triangular block (90°–45°–45°): 75 × 25mm (hypotenuse × depth)
• Biconvex block: 75 × 115 × 25mm (length × radius × depth)
• Triangular block (90°–60°–30°): 75 × 25mm (hypotenuse × depth)
• Semi‑circular block: 75 × 25mm (diameter × depth)
• Rectangular block: 75 × 50 × 25mm (length × width × depth)

Key Features

• Set of 7 clear acrylic optical blocks
• High transparency for clear light path visibility
• Includes convex, concave, triangular, and rectangular shapes
• Ideal for demonstrating refraction and reflection
• Durable and suitable for regular classroom use
• Supplied in a storage box for easy organisation

Ideal for School Science Lessons

Perfect for KS3, GCSE, and A‑Level physics lessons, this acrylic optics set allows students to explore how light behaves when passing through different shapes and surfaces. It is particularly useful for hands‑on experiments investigating the laws of optics.

• Demonstrating refraction and Snell’s Law
• Exploring convex and concave lens effects
• Investigating total internal reflection
• Understanding light paths and angles
• Supporting practical physics investigations

Durable, clear, and highly versatile, the Acrylic Blocks Set is an essential teaching aid for bringing optics to life in the classroom and helping students develop a deeper understanding of light and its behaviour.