Laser Ray Box Manufacturer,Supplier and Exporter in India
Product Code : SCL-EAE-11128
The Laser Ray Box provides a practical way to observe the path of light as it interacts with mirrors, transparent optical blocks, lenses and prisms. Visible rays make it easier for students to identify incident, reflected and refracted light paths during supervised experiments.
The apparatus supports lessons in geometrical optics, ray tracing, reflection, refraction and image formation. It complements the Lab Exports range of light and optics laboratory equipment for practical physics education.
Key Features
Visible ray demonstration: Projects visible light paths for practical observation during optics experiments.
Reflection experiments: Supports investigation of incident and reflected rays with suitable mirrors.
Refraction studies: Helps demonstrate how light changes direction when passing between different optical media.
Lens experiments: Can be used with compatible convex and concave lenses to study convergence and divergence.
Prism investigations: Supports ray tracing through suitable prisms and transparent optical blocks.
Hands-on physics learning: Converts ray diagrams into directly observable experimental light paths.
Educational laboratory use: Suitable for supervised school, college and STEM demonstrations.
Technical Specifications
|
Specification |
Detail |
|
Product Name |
Laser Ray Box |
|
Brand |
Lab Exports |
|
Product Category |
Physics Laboratory Equipment > Light and Optics > Ray Optics Demonstration Apparatus |
|
Primary Application |
Visible ray tracing for geometrical optics experiments |
|
Concepts Demonstrated |
Reflection, refraction, ray tracing, convergence, divergence and light propagation |
Applications / Uses
Demonstrating the rectilinear propagation of light.
Verifying the laws of reflection with suitable mirrors.
Studying refraction through transparent optical media.
Tracing light through convex and concave lenses.
Observing converging and diverging ray paths.
Investigating light paths through prisms and optical blocks.
Supporting broader experiments within the physics laboratory equipment range.
How to Use the Laser Ray Box
Place the apparatus securely on a stable laboratory table or suitable ray-tracing surface.
Connect the approved power source according to the confirmed manufacturer instructions.
Position the required mirror, lens, prism or optical block in the path of the projected ray.
Switch on the Laser Ray Box and observe the incident light path.
Identify and trace the reflected or refracted ray where applicable.
Measure relevant angles with a suitable scale or protractor if required by the experiment.
Repeat the procedure with different optical elements or angles of incidence.
Switch off the apparatus before changing electrical connections or storing the unit.
Safety note: Never look directly into a laser beam or direct it toward another person's eyes. Use only under appropriate teacher or laboratory supervision and follow the confirmed laser class, power and operating instructions supplied with the product.
Care & Maintenance
Keep the laser outlet and optical surfaces clean and free from dust.
Use a soft, suitable cloth for routine cleaning and avoid abrasive materials.
Protect the apparatus from impact, moisture and excessive heat.
Disconnect the power source and store all optical accessories securely after use.
Why Choose Lab Exports
Lab Exports manufactures and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM equipment. Its physics range includes apparatus for optics, mechanics, electricity, magnetism, heat and other practical demonstrations. Buyers can also explore related classroom equipment through the NCERT practical science kit range. Product-specific laser ratings, power requirements, ray configuration and supplied accessories should be confirmed before procurement.
Frequently Asked Questions
What is a Laser Ray Box used for?
A Laser Ray Box is used to project visible light paths for experiments involving reflection, refraction, lenses, prisms and geometrical optics.
Can a Laser Ray Box demonstrate reflection and refraction?
Yes. With suitable mirrors and transparent optical elements, it can demonstrate reflected and refracted light paths.
Can students use a Laser Ray Box with lenses?
Yes. Compatible convex and concave lenses can be placed in the ray path to investigate convergence, divergence and basic image-formation principles.
Is the Laser Ray Box suitable for school physics laboratories?
Yes. It is relevant to supervised school, college and STEM lessons involving geometrical optics and visible ray tracing.
Is a laser ray box safe for classroom use?
Safe use depends on the confirmed laser class, output power and operating instructions. Users must never look directly into the beam or aim it toward another person's eyes.
What should buyers confirm before ordering?
Buyers should confirm laser wavelength, output power, laser class, number of rays, power supply, dimensions, included optical elements, accessories and any tender-specific compliance requirements.
Request verified technical specifications for the Laser Ray Box or explore the complete Lab Exports light and optics equipment range for institutional physics laboratories and practical optics demonstrations.
Recommended Product Image ALT Text: Laser Ray Box for demonstrating reflection, refraction, lenses, prisms and visible ray tracing in a physics laboratory.
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