Apparatus for Studying the Reflection of Light According to Different Types of Surfaces and the Refraction of Light from Different Environments
Product Code : SCL-PL-11842
Apparatus for Studying the Reflection of Light According to Different Types of Surfaces and the Refraction of Light from Different Environments (SKU SCL-PL-11842) is a broad optics collection: a red laser diode unit for interference and diffraction, lenses, curved and flat mirrors, a prism, a human eye model, a Galilean telescope model, a digital camera model and fibre optics. It serves Class 10–12 optics and college practicals. Optics departments, training institutes, contractors and distributors can have the collection quoted by Science Lab Supplies from its Ambala, India, base.
Specifications
Laser data, model sizes, lens radii and mirror focal lengths for this optics collection are each given a row below. In short, a 35 x 10 x 14 cm, 1.5 kg laser diode unit gives coherent red light of about 633 nm, the eye model sits on a 320 x 180 mm base, and the glass mirrors have f = 65 mm and 100 mm diameter.
| Specification | Value |
|---|---|
| SKU | SCL-PL-11842 |
| Light source | Laser diode, coherent red light |
| Wavelength | About 633 nm |
| Laser unit dimensions | 35 x 10 x 14 cm |
| Laser unit weight | 1.5 kg |
| Current source | Electric current source |
| Eye model | Shows eye function, vision defects and their correction |
| Eye model base | 320 x 180 mm, wood or plastic |
| Camera model | Digital camera model, over 10 megapixels |
| Telescope model | Galilean |
| Bi-convex lens | 1 |
| Bi-concave lens | 1 |
| Plano-convex lens | r = 45 mm |
| Plano-convex lens | r = 75 mm |
| Concave mirror | Glass, f = 65 mm, 100 mm diameter |
| Convex mirror | Glass, f = 65 mm, 100 mm diameter |
| Flat mirror | 1 |
| Prism | Glass |
| Fibre optics | Included |
| Magnetic board | 1 |
| Supplied by | Science Lab Supplies, Ambala, India |
Applications and Experiments for the Reflection, Refraction and Laser Optics Set
The lenses, mirrors and prism cover image formation, focal length and dispersion; the laser supports interference and diffraction work; the eye model explains short and long sight and their correction; the telescope model and fibre optics show refraction and total internal reflection in use.
- Class 10 science: reflection by spherical mirrors, refraction by lenses, the human eye and its defects, and dispersion compared on a Glass Prism (Equilateral, 50 × 50 mm).
- Class 12 physics: ray optics, optical instruments and wave optics with a laser.
- Class 12 polarisation topics, using linear Polarizing Filters in 35 mm square frames.
Laser safety: never look into the beam or at its mirror reflections, keep the beam below eye level, and let only supervised students operate the laser unit.
Standard Scope of Supply
The set comprises the laser diode unit and electric current source, the human eye model on its base, a digital camera model, a Galilean telescope model, the bi-convex, bi-concave and two plano-convex lenses, concave, convex and flat mirrors, a glass prism, fibre optics and a magnetic board.
Packing, MOQ and Lead Time
Quotations are available for a single collection or for a number of optics rooms. Each gives the packing, delivery time and price for the quantity you name, and further optics lab equipment for schools can be listed on the same quotation.
Science Lab Supplies holds an Importer-Exporter Code and can ship to buyers in the UAE, Saudi Arabia, Oman, the Philippines, Nepal and Bangladesh. List the optics rooms you are fitting out on the contact page, gather the collection with extra lenses in the enquiry cart, or rely on the lab tender page for formal procurement.
Frequently Asked Questions
What wavelength is the laser?
The laser diode gives coherent red light of about 633 nm, suitable for interference and diffraction experiments. It must be used under teacher supervision and never viewed directly.
What does the eye model show?
It presents how the eye works, including vision defects and their correction, and is mounted on a 320 x 180 mm wooden or plastic base, so short and long sight can be explained alongside the lens set.
Who supplies this laser and lens optics set?
This laser and lens collection is quoted by Science Lab Supplies in Ambala, India; the quotation states packing, delivery time and price for schools, colleges and tender contractors alike.
Related Optics Equipment
These Physics Lab and Light and Optics items extend the same optics topics, from ray diagrams and mirrors to diffraction gratings, double slits and light guidance in fibres, so a school can equip a complete optics bench. All of them can share one quotation with this set.
- Apparatus for Studying the Reflection of Light from Different Surfaces and the Refraction of Light in Different Environments — lux sensor reading to 30,000 lux and a 50 x 20 mm glass plate.
- Optics Kit — 5 cm lenses of +200, +100, −50 and −100 with a wooden optical bench.
- Optics Set OG1, Geometrical Optics — materials for 20 geometrical optics experiments in a stackable case.
- Diffraction Gratings with Holder — three gratings of 100, 300 and 600 lines/mm.
- Adjustable Double Slit Interference Apparatus — Young's double slit patterns for finding wavelength.
- Optical Fiber — 1 mm plastic strand that carries pulses of light.
- Concave Mirror — 50 mm unmounted glass mirror with silver backing.
Browse the full Physics Lab range, the Light and Optics range, or all physics lab equipment.
Last updated: 22 October 2026
