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Light Box - Hodson with Optical Set

Item Code: SERHL2060-001

MTA Teachers Resource Catalogue Page: 296

$343.79 (inc. GST)
$298.95 (ex. GST)
Taxes, discounts and shipping calculated at checkout.

The IEC Hodson Light Box with Optical Set is a highly reliable and versatile tool for demonstrating fundamental optics principles, including reflection, refraction, diffraction, and colour mixing. With exceptional build quality and precision-moulded acrylic components, this set is ideal for physics and STEM education, providing students with hands-on exploration of light behaviour.

The adjustable collimating lens allows for the production of parallel beams and rays, while the two swinging mirrors enable colour blending demonstrations. The set includes a variety of prisms, lenses, mirrors, filters, and slit formers, allowing students to conduct a broad range of experiments related to light propagation, image formation, and spectrum analysis.

Designed for durability and long-term use, this kit is packed inside a protective foam housing (SERPA2060-019) for secure storage and organisation. A spare quartz halogen globe (12V, 30W) is included, and replacement parts are readily available, ensuring continued functionality in educational settings.

Why this product is beneficial for educational use:

  • Provides hands-on experimentation, reinforcing optics and physics concepts
  • Encourages STEM learning, allowing students to explore light behaviour, lenses, and prisms
  • Demonstrates colour blending, reflection, and refraction through high-quality optical components
  • Helps students develop scientific inquiry skills by conducting structured investigations
  • Durable and classroom-ready, with precision-moulded acrylic optics for clarity and accuracy

Classroom ideas for incorporating this product:

  • Use the adjustable collimating lens to produce parallel light beams for physics experiments
  • Demonstrate prism refraction, creating a visible light spectrum using colour filters
  • Conduct light diffraction experiments with double-ended slit formers to explore wave behaviour
  • Explore image formation using curved mirrors and convex/concave lenses
  • Investigate reflection principles using the plain and curved mirrors on stands
  • Introduce colour theory lessons, demonstrating additive and subtractive mixing with solid colour plates

Key Features:

  • Adjustable collimating lens for parallel beam and ray production
  • Two swinging mirrors for colour blending experiments
  • Spare quartz halogen globe (12V, 30W) included
  • Three double-ended slit formers, forming single, double, triple, and four-slit rays
  • Eight colour filters and eight solid colour plates, covering primary and secondary colours
  • High-quality acrylic optics, including prisms, lenses, and mirrors
  • Comprehensive experiment book, guiding students through key optics investigations
  • Durable foam storage housing, ensuring long-term organisation and protection

Specifications:

  • Acrylic lenses included:
    • 1x Bi-concave lens (7.5cm focal length)
    • 2x Bi-convex lenses (7.5cm & 3.75cm focal lengths)
  • Acrylic prisms included:
    • 1x 45 x 45 x 90 prism
    • 1x 60 x 60 x 60 prism
    • 1x 60 x 30 x 90 prism
  • Acrylic blocks included:
    • 1x Rectangular block (75 x 50mm)
    • 1x Half-round block (75mm diameter)
  • Mirrors included:
    • 1x Plain mirror on stand
    • 2x Curved mirrors (parabolic and half-round)

Additional Options:

  • Light Box with Power Source (Transformer Included): See SER2033001
  • Light Box with a set of 3x slits only (no accessories): See SERHL2060-020
  • Spare outer housings available (See PA section of listing)

The IEC Hodson Light Box was first designed in 1971 and has been continually refined, ensuring high-quality, precision-moulded optics that deliver flat, accurate, and water-clear components. With its comprehensive set of accessories, durable construction, and in-depth experiment manual, this light box remains a staple resource for physics classrooms and optical investigations, helping students develop a deeper understanding of light and its applications.