Dynamic Model for Atomic Orbital Demonstration
Product Code : SCL-CL-11579
Dynamic Model for Atomic Orbital Demonstration (SKU SCL-CL-11579) is an electronic teaching board with a display screen and key for showing atomic orbitals to a class. Chemistry teachers use it when explaining the structure of the atom, quantum numbers and orbital shapes in senior secondary and first-year college lessons. The model reaches schools, colleges, training institutes, tender contractors and distributors through Science Lab Supplies, which supplies it from Ambala, India.
Specifications
The device is a flat unit measuring 250 x 320 x 40 mm with a built-in display screen and an operating key. It is accompanied by an 8 V DC power supply, so it can be run from the mains at the teacher’s desk during a lesson.
| Parameter | Value |
|---|---|
| SKU | SCL-CL-11579 |
| Display | Display screen with key |
| Dimensions | 250 x 320 x 40 mm |
| Power | 8 V DC power supply included |
| Supplied by | Science Lab Supplies, Ambala, India |
Applications and Experiments for the Atomic Orbital Model
The dynamic orbital model turns an abstract topic into something students can watch. Teachers use it in the atomic-structure unit of Class 11 chemistry, in chemical bonding lessons that introduce hybridisation, and in B.Sc. inorganic and physical chemistry lectures on atomic structure.
- NCERT Class 11 chemistry, Structure of Atom: orbitals, quantum numbers and orbital shapes.
- Class 11 chemical bonding: linking orbital shapes to hybridisation and molecular geometry.
- B.Sc. chemistry: revision of atomic orbitals before quantum chemistry topics.
- Teacher-training sessions on demonstrating atomic structure.
Standard Scope of Supply
The Dynamic Model for Atomic Orbital Demonstration is supplied as a single display unit together with its 8 V DC power supply, as described above; any optional accessories are listed on the quotation. Static orbital models for individual orbitals are separate products.
Packing, MOQ and Lead Time
Quotations are available for one model for a single classroom or several for a group of schools, and each gives the packing, delivery time and price for the quantity requested. Static orbital and hybridisation models can be added to the same school chemistry lab equipment order.
Science Lab Supplies, a registered exporter with an Importer-Exporter Code, can ship to buyers in Saudi Arabia, Oman, the Philippines, Nepal, Bangladesh and Zambia. Enquiries are welcome on the contact page and through the enquiry cart; the lab tender page covers institutional tenders.
Frequently Asked Questions
How is the model powered?
It comes with an 8 V DC power supply. Plug the supply into the mains and connect it to the unit before the lesson; keep the adapter and cable away from sinks and chemicals.
How large is the unit?
It measures 250 x 320 x 40 mm, a flat format that can stand on the teacher’s desk or be held up in front of the class while the display is in use.
Which topic is it used for?
It is used for teaching atomic orbitals within the structure-of-the-atom and chemical-bonding units of senior secondary chemistry, and for revision in first-year college chemistry.
Who supplies the Dynamic Model for Atomic Orbital Demonstration?
Science Lab Supplies supplies this electronic model from Ambala, India, and can quote it together with static orbital models for schools, colleges and distributors.
Related Atomic Structure Models
Once students have seen orbitals on the dynamic model, static models let them handle individual shapes and see how orbitals combine in bonding. The four models below from the Chemistry Lab range support the same atomic-structure and hybridisation lessons and can be quoted together.
- Atomic Orbital Model Px — static model of the px orbital.
- Orbital Model of Sp2 Hybridization — trigonal sp2 hybrid orbitals.
- Orbital Model of Sp3 Hybridization — tetrahedral sp3 hybrid orbitals.
- Schrodinger Atomic Model — the quantum-mechanical model of the atom.
Browse the full Chemistry Lab range or all school lab equipment.
Last updated: 25 September 2026
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