Acrylic Light Demonstration Cube
Product Specification Sheet
Acrylic Light Demonstration Cube
Model Number: MTO-17
The Acrylic Light Demonstration Cube is a compact optical apparatus used to demonstrate refraction and provide a practical understanding of Snell’s law. Micro Technologies supplies the unit as a convenient experimental setup that allows changes in the direction of light to be observed as light interacts with media of different optical densities. The transparent acrylic construction provides clear visibility of the experimental arrangement and helps users relate angles of incidence and refraction to changes in light direction. Its compact format makes the apparatus convenient to position, operate, and store alongside other optics equipment. Supplied with instructions, the unit is suitable for physics laboratories, optics laboratories, universities, colleges, research facilities, laboratory demonstration setups, and institutional procurement.
Product Specification
The Acrylic Light Demonstration Cube is a practical optics apparatus developed to demonstrate refraction and the relationship between the angle of incidence and angle of refraction described by Snell’s law. Its transparent acrylic construction provides clear visibility of the experimental arrangement, allowing changes in the path of light to be observed directly.
When light travels from one transparent medium into another with a different refractive index, its direction generally changes unless it enters along the normal. This bending of light is known as refraction. The Acrylic Light Demonstration Cube provides a convenient physical setup for observing this behaviour and relating it to the optical properties of different media.
Micro Technologies supplies the Acrylic Light Demonstration Cube as a compact apparatus suitable for repeated laboratory demonstrations. A compatible light source can be positioned with the setup so that the incident and refracted light paths can be examined. By changing the experimental conditions, users can investigate how the angle of incidence affects the resulting refracted ray.
The apparatus is particularly useful for understanding Snell’s law, which establishes the mathematical relationship between incidence angle, refraction angle, and the refractive indices of two media. It can also support broader investigations involving optical density, light transmission, interfaces between transparent media, and fundamental geometrical optics.
Transparent acrylic walls provide good observation of the internal setup while offering a lightweight and practical construction for regular laboratory handling. The compact design requires relatively little bench space and can be conveniently stored when not in use.
Supplied with operating instructions, the Acrylic Light Demonstration Cube offers a straightforward and reusable solution for laboratories requiring a visual demonstration of refraction and Snell’s law without a complicated optical arrangement.
Features
- Transparent acrylic demonstration cube
- Demonstrates the principle of light refraction
- Suitable for practical investigation of Snell’s law
- Clear construction provides convenient observation
- Supports incidence and refraction angle investigations
- Compact bench-top configuration
- Compatible with suitable optical light sources
- Reusable arrangement for repeated demonstrations
- Lightweight construction for convenient handling
- Supplied with operating instructions
Benefits
- Makes the phenomenon of refraction visually understandable
- Helps relate experimental observations to Snell’s law
- Transparent construction improves visibility of the setup
- Compact arrangement reduces laboratory space requirements
- Straightforward operation saves experiment preparation time
- Reusable construction provides good long-term procurement value
- Suitable for laboratory kits and institutional quantity requirements
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Acrylic Light Demonstration Cube |
| Internal Model No. | MT-30313 |
| Product Type | Light Refraction Demonstration Apparatus |
| Material | Transparent acrylic |
| Construction | Cube-type demonstration chamber |
| Optical Principle | Refraction of light |
| Primary Experiment | Snell’s law |
| Observation | Visible light-path behaviour |
| Light Source | Suitable external / compatible light source |
| Operating Method | Laboratory demonstration |
| Transparency | Clear |
| Accuracy / Tolerance | Suitable for laboratory demonstration and comparative observations |
| Calibration Standard | Measurement accessories verified where applicable |
| Stopper Type | Not applicable |
| Usage / Application | Refraction, Snell’s law and geometrical optics |
| Compliance Standard | Laboratory-grade manufacturing and assembly quality |
| Instructions | Included |
Available Variants
- Standard Acrylic Light Demonstration Cube
- Refraction Demonstration Cube with accessories
- Complete Snell’s Law Experiment Setup
- Bulk laboratory demonstration set
- Customized configuration for institutional requirements
SKU System
- MT-ALDC-STD – Standard Light Demonstration Cube
- MT-ALDC-REF – Refraction Experiment Configuration
- MT-ALDC-SNL – Snell’s Law Configuration
- MT-ALDC-SET – Complete Experiment Set
- MT-ALDC-CUS – Customized Configuration
FAQs
What is an Acrylic Light Demonstration Cube used for?
The apparatus is primarily used to demonstrate refraction of light and Snell’s law. It provides a practical setup for observing how a light ray changes direction when it passes between media with different refractive indices.
What principle does the apparatus demonstrate?
It demonstrates the principle of refraction and the relationship described by Snell’s law. This relationship connects the angles of incidence and refraction with the refractive indices of the two media.
What is Snell’s law?
Snell’s law describes how the direction of a light ray changes when it crosses the boundary between two optical media. It relates the sine of the incidence and refraction angles to their respective refractive indices.
Why is transparent acrylic used for the cube?
Transparent acrylic provides good visibility of the experimental arrangement while remaining relatively lightweight and convenient to handle. Its clear walls allow observations to be made from different positions.
Can different transparent media be investigated?
The apparatus can support suitable comparative refraction demonstrations depending on the experimental arrangement and compatible media being used. The selected materials should be safe and suitable for the acrylic construction.
Can incidence and refraction angles be measured?
Yes, when the setup is used with suitable angular measuring accessories. These readings can be used to compare experimental observations with the relationship predicted by Snell’s law.
Does the apparatus require calibration?
The acrylic cube itself generally requires no routine calibration. Any angular scale or measuring instrument used for quantitative observations should be checked separately for accuracy.
How should the apparatus be maintained?
Keep the acrylic surfaces clean and protect them against scratches. Use non-abrasive cleaning materials and avoid aggressive solvents that could damage, haze, or weaken the acrylic.
Are instructions supplied with the apparatus?
Yes. The standard Acrylic Light Demonstration Cube is supplied with instructions to assist with setup and correct experimental use.
Can Acrylic Light Demonstration Cubes be ordered in bulk?
Yes. Bulk quantities can be supplied for physics laboratories, optics laboratories, universities, colleges, research facilities, laboratory projects, and scientific equipment distributors.
Can the apparatus be customized?
Certain dimensional, accessory, packaging, or experimental configurations may be customized depending on order quantity and manufacturing feasibility.
How is the apparatus packed for shipping?
The acrylic surfaces, edges, and associated components are protected against scratching and impact during transportation. Additional bulk and export packaging can be arranged when required.
Why Choose Our Products
- Transparent acrylic construction for clear observation
- Practical setup for demonstrating refraction and Snell’s law
- Quality-checked fabrication and component assembly
- Compact reusable configuration for long-term laboratory use
- Bulk supply capability for laboratories, institutions, and distributors
Call to Action
Looking for an Acrylic Light Demonstration Cube for refraction, Snell’s law experiments, or laboratory procurement? Contact Micro Technologies for competitive quotations, bulk orders, institutional requirements, distributor inquiries, and customized configurations. Share your required quantity and specifications to receive suitable pricing and delivery details.
