Laser Ray Box Manufacturer,Supplier and Exporter in India

Product Code : SCL-EE-12306

The Laser Ray Box is a physics laboratory apparatus used for demonstrating light rays, reflection, refraction, dispersion, image formation, lenses, mirrors, prisms, and basic ray optics. It is suitable for school physics laboratories, science teachers, STEM classrooms, and students who need a clear visual method to trace the path of light.

Product Description

The Laser Ray Box by School Equipments is designed to produce visible light rays for classroom optics experiments. It helps students observe how light travels in a straight line and how the ray path changes when it meets mirrors, lenses, prisms, glass blocks, and other optical components.

This apparatus makes ray diagrams more practical by converting textbook concepts into visible demonstrations. It supports lessons in reflection, refraction, angle of incidence, angle of reflection, focal length, dispersion, and image formation. It is relevant for electricity and electromagnetism apparatus, waves teaching apparatus, light and sound teaching aids, STEM lab kits, and the wider School Equipments product range.

Key Features

• Produces visible laser rays for school-level ray optics demonstrations.
• Useful for teaching reflection, refraction, dispersion, lenses, mirrors, and prisms.
• Supports practical explanation of incident rays, reflected rays, refracted rays, and optical paths.
• Suitable for physics laboratories, STEM classrooms, science exhibitions, and activity-based lessons.
• Can be used with optical accessories such as glass blocks, plane mirrors, curved mirrors, lenses, and prisms.
• Helps students connect drawn ray diagrams with real light paths.
• Power requirement: battery or suitable low-voltage power supply as per supplied model.
• Exact beam count, laser rating, material, dimensions, and accessories

Technical Specifications

What's Included in the Kit

• Laser Ray Box unit
• Beam outlet arrangement
• Switch or control arrangement
• Power connection arrangement as per supplied model
• Optical accessories
• Instruction sheet or experiment guide

Applications / Uses

• Demonstrating straight-line propagation of light.
• Teaching reflection using plane mirrors and curved mirrors.
• Showing refraction through glass blocks, prisms, and lenses.
• Explaining angle of incidence, angle of reflection, and ray alignment.
• Studying focal length, image formation, and basic lens behaviour.
• Supporting STEM activities, science exhibitions, and optics project work.

How to Use the Laser Ray Box

1. Place the Laser Ray Box on a flat laboratory table or optical board.
2. Ensure the beam outlet is directed toward the demonstration surface, not toward any person.
3. Connect the recommended battery or suitable low-voltage power supply.
4. Switch on the ray box and check that the beam is visible on the surface.
5. Place a plane mirror in the beam path to demonstrate reflection.
6. Mark the incident ray and reflected ray to explain the law of reflection.
7. Place a glass block, prism, or lens in the beam path to demonstrate refraction or dispersion.
8. Switch off the apparatus after the experiment and remove optical accessories carefully.

Safety note: Never look directly into the laser beam. Do not point the laser toward students, teachers, animals, reflective jewellery, mirrors outside the experiment path, or shiny surfaces.

Care & Maintenance

• Switch off the Laser Ray Box immediately after use.
• Store it in a dry, clean, and protected physics lab cabinet.
• Keep the beam outlet, lenses, mirrors, and accessories free from dust and scratches.
• Use only the recommended power source and avoid moisture, impact, and rough handling.

Why Choose School Equipments

School Equipments manufactures and exports educational science products for schools, laboratories, colleges, and training institutions. The brand supplies physics apparatus, optics demonstration equipment, STEM kits, science models, didactic models, and classroom teaching aids. The Laser Ray Box is designed for practical classroom use where students need to observe light behaviour directly. Buyers can source related optics and physics products through the verified School Equipments catalogue.

Frequently Asked Questions

What is a Laser Ray Box used for?

A Laser Ray Box is used to produce visible light rays for demonstrating reflection, refraction, lenses, mirrors, prisms, ray diagrams, and optical paths in physics laboratories.

Can the Laser Ray Box be used in school physics labs?

Yes, it is suitable for school physics laboratories, science classrooms, STEM labs, and teacher-led optics demonstrations when used under supervision.

What topics can teachers explain with this apparatus?

Teachers can explain straight-line propagation of light, reflection, refraction, dispersion, focal length, image formation, incident rays, reflected rays, and refracted rays.

Does the Laser Ray Box require electricity?

Yes, it generally requires a battery or suitable low-voltage power supply depending on the supplied model. Confirm the exact power requirement before publishing.

Can it be used with mirrors, lenses, and prisms?

Yes, the Laser Ray Box can be used with plane mirrors, curved mirrors, convex lenses, concave lenses, prisms, and glass blocks for optics experiments.

Is the Laser Ray Box safe for students?

It is suitable for supervised educational use. Students must never look directly into the laser beam or point it toward people, animals, or reflective surfaces.

For more classroom-ready optics and light demonstration apparatus, explore the Waves category from School Equipments.

Suggested Image ALT Text: Laser Ray Box for school physics reflection, refraction and ray optics experiments.