Optical Prisms
Optical prisms are used to demonstrate light refraction, dispersion, and spectral analysis.Crafted from high-quality optical materials, they provide clear and precise results.Australian laboratories and classrooms use optical prisms for practical light experiments.
3 × 90° Corner Mirror, 120 mm Sides
- Corner mirror for optics and reflection demonstrations
- Contains 3 front surfaced mirrors as listed
- Mirrors are mounted inside a plastic moulded housing
- Three mirror faces are mutually positioned at 90°
- Side size listed as 120 mm
- Demonstrates retroreflection of incident light rays
- Reflects light back towards the source over a range of incident angles
- Useful for teaching reflection, ray tracing and optical alignment
- Demonstrates the principle used in road and post reflectors
- Suitable for school, university and teaching laboratory use
- Handle front surfaced mirrors carefully to avoid scratches
- Use under appropriate laboratory or educational supervision
AUD 22.50 (Ex GST)
Adjustable Plastic Lens and Mirror Holder
- Adjustable plastic holder for lenses and mirrors
- Suitable for optics teaching and classroom demonstration setups
- Holds lenses or mirrors up to 4 mm wide
- Suitable for items up to 75 mm across
- Height adjustment range listed as 60 mm up or down
- Overall size listed as 110 × 70 × 160 mm
- Weight listed as 0.15 kg
- Practical for ray optics, reflection and refraction experiments
- Confirm lens or mirror size, thickness and classroom setup compatibility before use
AUD 9.50 (Ex GST)
Rectangular Prism Blocks, Acrylic and Glass Optics Experiment Type
- Rectangular prism blocks for optics experiments including refraction, dispersion and total internal reflection demonstrations
- Available in acrylic and glass materials, supports comparison of optical properties across different materials
- Suitable for classroom demonstrations, physics studies and laboratory based light behaviour investigations
- Used for teaching light interaction concepts including bending, transmission and internal reflection pathways
- Size range listed from 75 × 50 × 18 mm to 180 × 125 × 25 mm, supports varied experiment scale and visibility needs
From AUD 8.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Square Glass Prisms, Light Dispersion and Refraction Type
- Square glass prisms for optics experiments, supports refraction, dispersion and total internal reflection demonstrations
- Two options listed, cobalt blue 50 × 50 mm and larger 150 × 150 × 10 mm thick glass prism
- Suitable for physics and optics laboratories, supports classroom explanation of light behaviour through hands-on demonstration
- Square prism format allows clear visual study of how light interacts with glass at different angles and surfaces
- Choose size and colour option to suit demonstration scale, beam visibility and experiment setup requirements
From AUD 9.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Triangular Prisms, Acrylic and Glass Optics Experiment Type
- Triangular prisms in acrylic and glass for optics experiments, supports refraction, dispersion and light path demonstrations
- Acrylic giant prisms listed in equilateral and 45-45-90 isosceles formats, lightweight and impact resistant for classroom use
- Glass options include 30-60-90, equilateral 60-60-60 and right angle 90-45-45 geometries, supports varied optics setups
- Double extra flint option listed 25 mm, 60 degree with RI 1.65, supports refractive material comparison work
- Choose prism material, geometry and size to match beam visibility, handling needs and experiment objectives
From AUD 6.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
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Optical Prisms are laboratory and classroom instruments used to demonstrate light behaviour including refraction, reflection, dispersion, and beam deviation in physics and optics experiments. This category includes square glass prisms and triangular prisms made from glass or acrylic, suitable for educational demonstrations and practical investigations into optical principles.
These prisms are commonly used to study how light changes direction when passing through different media, how white light is dispersed into its component colours, and how angles of incidence and refraction relate to material properties. Triangular prisms are widely used for spectrum demonstrations and refraction experiments, while square or rectangular prisms support beam displacement and internal reflection studies. Acrylic prisms offer a lightweight and durable option for classroom use, while glass prisms provide improved optical clarity and precision for more detailed experiments.
Optical prisms are used in schools, universities, and training laboratories to support teaching of fundamental optics concepts such as Snell’s Law, refractive index, and light path behaviour. They enable clear visual demonstrations that help students understand theoretical principles through practical observation.
For quality and compliance reference, ISO 10110 is a recognised standard series for optics and photonics, covering preparation of drawings for optical elements and systems, including prisms. ISO 9211 is relevant for optical coatings, where applicable to coated optical components. ISO 9001 is also a widely recognised quality management system standard supporting manufacturing consistency and product reliability where supplier certification is available. These standards should be referenced only where supported by the manufacturer’s specifications and documentation.
For LabChoice Australia customers, Optical Prisms provide reliable and effective tools for teaching and demonstrating optical principles, supporting hands-on learning across education and laboratory environments.