Atomic Orbital Model Pz Manufacturer,Supplier and Exporter in India

Atomic Orbital Model Pz (Product Code: SCI-289/113) is a three-dimensional plastic model of the pz orbital, used in chemistry teaching to show a p orbital whose two lobes point along the vertical z-axis. Built from durable, colour-coded plastic parts and links, it stands on a grey transparent base and packs away in a plastic box. It is made by Jain Scientific Equipments Pvt Ltd (ScienceLab), an OEM manufacturer, at its own factory in Ambala, India.

Key Details

What Is the Pz Orbital Model Used For?

Because its lobes stand upright, the pz model is often the first p orbital students notice on a teacher's desk, and it is a natural reference when the axes are introduced. By common convention the z-axis is also taken as the line joining the two nuclei in a diatomic molecule, so the pz model helps explain end-on overlap and sigma bonding in molecules such as nitrogen or oxygen.

Set the model on its base beside the Px and Py models to build a full picture of the p subshell, or pair it with an s orbital drawing to compare shapes. Store the parts in the box after each class so the colour-coded pieces stay together for the next chemistry teaching session.

What to Specify When Ordering

• Which orbital models you need: Pz is listed here, with Px and Py as separate items.
• The quantity, for example one set per classroom or one per teacher.
• Related hybridization models or charts you want quoted together.

OEM Manufacturer

Jain Scientific Equipments Private Limited makes the Atomic Orbital Model Pz as the OEM (original equipment manufacturer) and sells it under its trading name, ScienceLab. The parts are produced and packed at the company's own licensed factory at Saha, Ambala, Haryana, India, not bought in from a trader. Institutions, dealers and importers are quoted directly by the manufacturer, and follow-up questions go to the same team. Find out more on the company profile.

Related Laboratory Equipment

Items that complement the pz model in orbital and bonding lessons:

• Atomic Orbital Model Px — the horizontal x-axis orbital.
• Atomic Orbital Model Py — the y-axis orbital that completes the p set.
• Orbital Model of Sp2 Hybridization — shows the unhybridised p orbital left over in double bonds.
• Hybrid Orbital Chart — a printed summary for the classroom wall.
• Dynamic Model for Atomic Orbital Demonstration — brings several orbitals into one demonstration.

Browse Laboratory Equipment for the full range.

Frequently Asked Questions

Which orbital does the Atomic Orbital Model Pz represent?
The Atomic Orbital Model Pz represents the pz orbital, a p orbital with two lobes aligned along the z-axis on either side of the nucleus. On its display base the lobes stand vertically, which makes the orientation easy to see.

Why is the pz orbital important in bonding lessons?
The pz orbital matters because the z-axis is usually chosen as the bond axis in diatomic molecules. The Atomic Orbital Model Pz therefore helps teachers show end-on overlap of p orbitals, which produces a sigma bond.

How is the Atomic Orbital Model Pz assembled and stored?
The Atomic Orbital Model Pz is assembled from durable plastic parts and links and displayed on a grey transparent base. When the lesson ends, the parts go back into the plastic box supplied with the model.

Who manufactures the Atomic Orbital Model Pz?
The Atomic Orbital Model Pz is manufactured by Jain Scientific Equipments Pvt Ltd (ScienceLab), the OEM, at its own factory at Saha, Ambala, Haryana, India. Buyers receive quotations and repeat supplies directly from the maker.

What information is needed to quote the Atomic Orbital Model Pz?
To quote the Atomic Orbital Model Pz we need the product code SCI-289/113, the quantity, your delivery address and any other orbital models you want. Send the details through the contact page.

Request a Quote

Ask for pricing on the Atomic Orbital Model Pz through the contact page or save it to the enquiry cart. ScienceLab replies as the manufacturer with a direct quotation.

Last updated: 24 September 2026