Molecular Models Sets Manufacturer,Supplier and Exporter in India
Product Code : EL-SLE-5683
Jlab Export is a leading Molecular Models Sets Manufacturer,and suppliers in India
Molecular Models Sets (code EL-SLE-5683) are ball-and-link model kits of brightly coloured solid spheres and linking rods, with enough components to build a large number of models, used to show the shapes of molecules and structures in school and college chemistry. Seven versions are listed, from a student organic set to a lattice set with instructions. JLab (Jain Laboratory Instruments Pvt Ltd, Ambala, India) supplies it to schools, colleges and dealers.
Specifications
| Parameter | Detail |
|---|---|
| Components | Brightly coloured solid spheres (atom centres) and linking rods |
| Quantity of parts | Enough components to build a large number of models |
| Link remover | A link-removing item is mentioned, but the listing’s wording is unclear — confirm with JLab |
| Versions listed | Student organic set; student inorganic and organic set; organic introductory set; molecular model building sets (listed as Orbit); basic structure set with 500 atom centres for structural chemistry; organic and inorganic set with instructions; lattice set with instructions |
| Quality check | Each set is visually inspected before dispatch |
| Pack quantity | Each (sold individually) |
| Minimum order quantity | 10 units |
| Dispatch time | Usually 7–10 working days |
| Product code | EL-SLE-5683 |
| Supplied by | Jain Laboratory Instruments Pvt Ltd (JLab), Ambala, India |
How Does It Compare with Other JLab Molecular Model Sets?
| Listing | What is listed |
|---|---|
| These sets (EL-SLE-5683) | Solid spheres and linking rods in seven versions, from student organic to lattice sets; basic structure set with 500 atom centres |
| Molecular Models Beads | The same spheres-and-rods description, offered as a basic structure set of 500 atom centres with instructions |
| Molecular Model Set | An itemised set: atoms for hydrogen, carbon, oxygen, nitrogen, metals, phosphorus, sulphur and chlorine, orbital pieces, single and double bonds and a bond removal tool |
Choose these sets when you want to match the kit to the course — an organic set for organic chemistry, a lattice set for crystal structures, or the large basic structure set for a whole class. The Molecular Model Set suits buyers who need a fixed, itemised contents list.
What Are Molecular Model Sets Used For?
Molecular models turn formulae into shapes students can hold. In class 11 chemical bonding, students build methane, ammonia and water to see tetrahedral, pyramidal and bent shapes and compare bond angles; in class 11 and 12 organic chemistry they build chains, rings, isomers and functional groups, and see why some molecules cannot be superimposed on their mirror images. Lattice sets show how particles pack in crystals, and the larger structure set lets a teacher build big demonstration structures at the front of the class.
Keep the spheres and rods sorted by colour after each lesson so the next class can start quickly, and pull links out straight rather than bending them. Ask JLab for the colour key and contents list of the version you choose, so worksheets can refer to the right colours.
What to Specify When Ordering
- Version — which of the seven listed sets you need, and how many of each.
- Contents — ask for the parts list, colour code and whether instructions are included for the version you choose.
- Quantity — the minimum order is 10 sets; schools often plan one set per student pair for practical lessons.
Frequently Asked Questions
Which versions of the molecular model set are listed?
Seven: student organic, student inorganic and organic, organic introductory, molecular model building sets (listed as Orbit), a basic structure set with 500 atom centres, an organic and inorganic set with instructions, and a lattice set with instructions.
How many atom centres does the basic structure set have?
500. It is listed for structural chemistry, where large models or several models at once are needed.
Are instructions included?
The organic and inorganic set and the lattice set are listed with instructions. For the other versions, ask JLab whether a guide is included.
Is there a tool for separating the links?
The listing mentions a link-removing item, but its wording is unclear. Ask JLab to confirm whether a link remover is included in the version you order.
How do these sets differ from Molecular Models Beads?
Both use brightly coloured solid spheres and linking rods. This listing offers seven versions for different courses, while Molecular Models Beads is listed as a basic structure set of 500 atom centres with instructions.
Who supplies these molecular model sets?
Jain Laboratory Instruments Pvt Ltd, trading as JLab, of Ambala, Haryana, India, supplies them and quotes for them directly.
Supplier
JLab is the trading name of Jain Laboratory Instruments Pvt Ltd, a science education equipment company incorporated in 2017 and based on Hargolal Road, Ambala, Haryana. It supplies these molecular model sets alongside its wider range of school and college chemistry apparatus, so schools, colleges, dealers and importers can combine models, glassware and lab equipment in one order, with every set visually checked before dispatch. JLab exports worldwide and ships to buyers in every region — for example the Czech Republic in Eastern Europe, Singapore in Southeast Asia, Turkmenistan in Central Asia, Namibia in Southern Africa and Switzerland in Western Europe. For tender purchases, see the JLab lab tenders page.
Other Molecular Models
- Molecular Models Beads — a spheres-and-rods structure set of 500 atom centres with instructions.
- Molecular Model Set — an itemised atom, orbital and bond set with a bond removal tool.
See more in the Molecular Sets range or the School Lab Equipment range.
Request a Quote
Quotes come direct from JLab. Use the Add To Cart enquiry button on this page, or send the versions and quantity (minimum 10 sets), any contents or colour-code requirements, and your delivery location through the contact page.
Last updated: 4 October 2026
