Laser Ray Box

Quick answer: The Laser Ray Box projects visible light rays across a flat surface so students can trace reflection, refraction and lens behaviour directly with mirrors, lenses, prisms or transparent blocks, instead of relying only on textbook diagrams.

Product Description

The LabEquip Laser Ray Box is designed to provide visible ray paths for supervised optics demonstrations. When used with compatible mirrors, lenses, prisms or transparent blocks, the projected rays let students follow changes in light direction directly, making ray-optics laws easier to observe and verify.

The exact beam count, wavelength, output power, laser class, housing material and power arrangement are not stated in this listing. We have not invented these figures and recommend confirming the full technical specification with our sales team before purchase and use.

Specifications

Suggested Procedure

• Set up the ray box on a flat, matte surface or ray-tracing sheet in a dimmed room.
• Switch on the ray box and check that the projected rays are visible and level.
• Place a mirror, lens, prism or transparent block in the ray path.
• Mark the incident and outgoing rays and measure the relevant angles.
• Repeat with the component repositioned to confirm the pattern before drawing conclusions.

Safety Note

Never direct the ray box toward anyone’s eyes, and avoid looking directly into the source or its reflections. Use only under teacher supervision, and confirm the laser safety class with our sales team before classroom use.

Care & Maintenance

• Wipe the housing and any lens covers with a soft, dry cloth.
• Check batteries or the power connection before each use.
• Store the ray box in a dry location, protected from dust and impact.
• Avoid dropping the unit or forcing any beam-adjustment control.

Why Choose LabEquip

LabEquip supplies physics, chemistry and biology lab equipment, STEM kits and science models for schools, colleges and institutional laboratories, with honest specifications and responsive sales support. For related ray-optics apparatus, see our Laser Optics Experiment Kit, Ray Optics Kit, and Light and Optics Demo Kit, or visit the LabEquip homepage to browse our full catalogue.

Frequently Asked Questions

What does the Laser Ray Box demonstrate?

It demonstrates reflection, refraction and lens behaviour by projecting a visible ray across a surface so students can trace and measure its path through optical components.

Is the ray box safe for classroom use?

It is intended for supervised classroom use, but the exact laser safety class is not stated in this listing. Please confirm the class and handling precautions with our sales team.

How many rays does the box project?

The exact beam count is not stated in this listing. Please confirm the specification with our sales team before ordering.

Is this suitable for college-level optics labs?

Yes, it is designed for supervised school, college and university ray-optics practicals that need direct, visible ray tracing.

How should I clean and store the ray box?

Wipe the housing with a soft, dry cloth, check the power source before use, and store it in a dry location protected from dust and impact.

Last Updated: September 2026