Orbit Organic & Inorganic Molecular Model Set – Individual Kit (240 Atoms)

The Orbit Organic & Inorganic Individual Set is a comprehensive molecular modelling kit designed to support the teaching and learning of chemical structure, bonding, and molecular geometry. With 240 atoms included, this versatile set enables students to build, explore, and compare a wide range of organic and inorganic molecules.

Ideal for individual or small‑group use, the set allows learners to construct models that demonstrate molecular shape, isomerism, and both simple and complex chemical structures. It supports the study of alkanes, alkenes, alkynes, ring structures, benzene, polymers, and complex ions, as well as functional groups containing oxygen, nitrogen, sulphur, and phosphorus. The hands‑on nature of the kit helps make abstract chemical concepts more concrete and easier to understand.

Key Features

• Comprehensive organic and inorganic molecular model set
• Includes 240 atoms for extensive model building
• Supports study of molecular shape and bonding
• Build alkanes, alkenes, alkynes, and ring structures
• Models isomerism and structural variation
• Includes functional groups of oxygen, nitrogen, sulphur, and phosphorus
• Suitable for building benzene, polymers, and complex ions
• Ideal for individual study or classroom use

Ideal for School Science Lessons

This Orbit Molecular Model Set is ideal for KS4 (GCSE) and KS5 (A‑Level) chemistry lessons, helping students visualise and understand three‑dimensional chemical structures. It is especially useful for reinforcing theory through hands‑on learning and discussion.

• Investigating molecular geometry and bonding
• Exploring organic chemistry structures and homologous series
• Demonstrating isomerism and structural differences
• Building and comparing functional groups
• Supporting revision and independent learning activities

Hands‑on, flexible, and curriculum‑aligned, the Orbit Organic & Inorganic Individual Set is an essential teaching aid for developing a deeper understanding of chemical structure and bonding, making it a valuable addition to any secondary school chemistry department.