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Brand: COMETEK
Cometek Light and Optics Class Demo Kit 12 Acrylic Lenses, Ray Box with 5, 3 & 1 Light Beam Configuration
SKU: TB-CO-73378
Estimated Delivery By: Jun 21 - Jun 23 




MRP : ₹2800 ₹2700
4% OFF!
Estimated Delivery By: Jun 21 - Jun 23 
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₹2700 (Including GST)
MRP : ₹2800
4% OFF!
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Short Description
COMETEK Light and Optics Class Demo Kit
12 Acrylic Lenses, Ray Box
With 5, 3 & 1 Light Beam Configuration
Country of origin: India
Specifications
- Brand: COMETEK
- Beam Array Settings: 1-Beam, 3-Beam, 5-Beam Parallel Output
- Optics Count: 12 Pieces Assorted Lenses
Description
The Cometek Light and Optics Class Demo Kit is a professional-grade physics laboratory apparatus designed for comprehensive visual demonstrations of geometric optics, light behavior, and refraction principles. This interactive educational bundle centers around an advanced mechanical Ray Box capable of generating 1 beam, 3 beam, or 5 beam parallel light configurations with crisp edge definition. Complemented by twelve high clarity, scratch resistant acrylic lenses including assorted prisms, concave shapes, and convex geometries this kit allows students in classes 9 through 12 to easily visualize complex light paths. Complete with structured practice sheets mapping focal lengths, this kit bridges abstract physics formulas with observable real-world phenomena.
Features
:- Configurable Slit Gate Ray Box: Built-in mechanical sliders allow instant switching between single tracking lines and multi-line parallel arrays for diverse experiments.
- High Transmittance Acrylic Lenses: Offers superior optical clarity mirroring premium glass while delivering maximum impact resistance against accidental laboratory drops.
- Precision Ray Tracing Sheets: Includes pre-measured angular grids and focal guidelines that help students accurately track and measure angles of incidence and refraction.
- Cool Running Light Source: Designed with passive ventilation slots to prevent the ray box enclosure from overheating during continuous classroom demonstrations.
Applications
:- Focal Length Determinations: Allows high school students to physically measure and verify lens maker equations by tracking where light beams converge.
- Total Internal Reflection Demonstrations: Ideal for teaching the physics behind fiber optics by highlighting critical angle boundaries using semi-circular acrylic blocks.
- Chromatic Dispersion Analysis: Utilizes the high-output single beam through a triangular prism to split white light into its component spectral wavelengths.
- Corrective Vision Modeling: Serves as a clear visual aid to demonstrate how convex and concave geometries correct hyperopia (farsightedness) and myopia (nearsightedness).

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