Ray Optics Laser Laboratory Kit

Product Code : SCL-LAO-12082

Ray Optics Laser Laboratory Kit (SKU SCL-LAO-12082) pairs a five-beam red laser box with a magnetic grid board and acrylic blocks, prism and cylindrical lenses, so reflection, refraction and focal points can be traced in normal room light. It suits senior-secondary and university optics teaching. Its maker, Science Lab Supplies, produces the kit at Plot 448, HSIIDC Industrial Area, Saha, Ambala, India, and sells it straight to schools, colleges, tender contractors and distributors.

Specifications

Every specification of the laser ray optics kit is set out in the table. In short, a Class II 635–650 nm diode array gives 1, 3 or 5 lines 15 mm apart, and magnetic-backed PMMA shapes sit on a 400 x 300 x 12 mm white steel board printed with a polar protractor grid.

Applications and Experiments for the Ray Optics Laser Kit

Students fix the board flat or upright, place the laser box at the grid edge and set a shape in the beams, then mark the rays with a dry-erase pen and read angles off the polar grid. The visible lines make it clear, practical physics lab equipment in India for whole-class ray optics.

• Class 10 and 12: Snell's law at the rectangular and semicircular blocks, checked against a Plane Glass Optical Slab.
• Class 12 ray optics: critical angle and total internal reflection, then the same effect in a Half-Round Optical Glass Slab.
• Class 12 and B.Sc.: focal lengths of the bi-convex and bi-concave lenses from where the beams converge or appear to diverge.
• Angle of deviation of the beams through the equilateral prism.

Laser warning: the Class II diodes must not be viewed directly, and reflections should be kept away from eyes. Classes should work under teacher supervision.

Standard Scope of Supply

A kit contains the five-beam diode laser ray box, the magnetic steel tracking board with polar grid, semicircular and rectangular refraction blocks, an equilateral prism, bi-convex and bi-concave cylindrical lenses, a 5 V DC power adapter and a padded hard-shell storage case with custom foam inlay.

Packing, MOQ and Lead Time

We quote for a single kit or for one per bench across a whole laboratory. Each quotation lists packing, delivery time and price for that order size, and spare laser boxes, glass blocks or optical fibre can be listed on it as well.

On the strength of its Importer-Exporter Code, Science Lab Supplies can ship to buyers in Tanzania, Uganda, the UAE, Saudi Arabia, Oman and the Philippines. Contact the office through the contact page, select products into the enquiry cart for one reply, or check tender requirements on the lab tender page.

Frequently Asked Questions

Are the laser lines visible in a lit classroom?
Yes. The Class II red diodes project sharp lines that can be seen under normal room lighting without a full blackout, so the whole group can follow the ray paths on the white board.

Can we draw on the tracking board?
Yes. The steel board has a non-glare matte coat that accepts dry-erase markers for quick ray sketches and wipes clean. Its polar grid gives angles directly.

Is the laser box the same as the separate five-beam unit?
Both give five parallel red lines 15 mm apart with a 1/3/5 selector; the standalone Five-Diode Laser Ray Box comes without board or shapes, for labs that already own them.

Is the kit made in-house by Science Lab Supplies?
Yes. Science Lab Supplies manufactures the kit at its Saha factory in Ambala, India. Quotations, packing and dispatch are all handled there, so you buy from the producer rather than through a reseller.

Related Ray-Tracing Kits and Optical Shapes

These kits, shapes and glass optics cover the same ray-tracing syllabus with other boards, light sources and materials. Each can be quoted together with the laser laboratory kit on one document, which lets a laboratory compare acrylic with glass and laser with lamp.

• Optical Ray Tracing Kit — PMMA shapes on a 400 x 300 x 10 mm powder-coated steel board.
• Ray Box and Lens Set — magnetic 310 x 210 mm board printed with scales, angles and ray diagrams.
• Laser Refraction Chamber Set — 90 mm semicircle and 75 mm equilateral prism, both 15 mm thick.
• Optical Reflection Demonstration Kit — plane, concave and convex acrylic mirrors with dry-erase markers.
• Ray Box Optics Activity Set — five acrylic shapes for a 12 V halogen or LED ray box.
• Glass Prism (Equilateral, 50 × 50 mm) — glass prism of nominal refractive index 1.5170.
• Optical Fiber — 1 mm diameter plastic optical fibre.

Browse the full Light and Optics range, the Physics Lab range for related ray boxes, or all physics lab equipment.

Last updated: 9 October 2026