T-M52 Imaging of Small Holes DIY Learning Kit

The T-M52 Imaging of Small Holes DIY Learning Kit is an educational science experiment designed to help students explore the principles of light propagation, pinhole imaging, and optics. This hands-on kit demonstrates how light travels in straight lines and how images are formed through small apertures — a concept that forms the foundation of pinhole cameras and optical imaging devices.

By assembling this kit, students can create a simple optical system that projects an image through a tiny hole onto a screen, allowing them to observe how image inversion and clarity depend on the size of the hole and distance between the aperture and screen. It’s an ideal project for STEM learning, combining physics, optics, and creativity in one engaging activity.

Perfect for classroom demonstrations, science fairs, and optical experiments, the T-M52 Imaging of Small Holes DIY Learning Kit offers a practical and visual way to understand how light and vision systems work.

Features & Highlights:

• Demonstrates Light Propagation: Learn how light travels in straight lines to form images
• Understand Pinhole Imaging: Shows how a small hole can project an inverted image on a surface
• STEM Educational Value: Integrates concepts of physics, optics, and image formation
• Simple & Safe Assembly: Designed for easy building with all parts included — no tools or electricity required
• Ideal for School Experiments: Excellent for teaching light behavior and optical science
• Hands-On Learning: Encourages exploration through experimentation with hole sizes and distances
• Reusable Materials: Built with durable, reusable components for multiple demonstrations.

Package Includes:

• Main optical housing components
• Light shield or box structure
• Pinhole plate / small aperture disc
• Projection screen or translucent sheet
• Assembly fittings (screws, connectors, supports)
• Instruction manual / assembly guide

Specifications:

• Concept Focus: Light propagation, image formation, and optics
• Material: Plastic or cardboard components
• Assembly Type: DIY (unassembled kit)
• Skill Level: Beginner-friendly
• Learning Focus: Physics of light, imaging, and visual science
• Power Requirement: None (purely optical experiment)

Note: Images are for Illustration Purposes Only.