Specifications:
| Feature |
Details |
| Brand |
Polylab |
| Product Name |
Molecular Model Set – Organic Stereochemistry Set – Teacher |
| Designed For |
Teachers, Professors, Advanced Organic Chemistry Demonstrators |
| Material |
Non-toxic, durable color-coded plastic |
| Set Includes |
Multiple atoms, chiral centers, wedge bonds, mirror models, connectors |
| Model Types |
R/S configurations, enantiomers, diastereomers, meso compounds |
| Bond Types |
Single, double, and flexible connectors |
| Educational Use |
In-depth visualization of stereoisomerism concepts |
| Color Coding |
Adheres to international chemical color standards |
| Box Type |
Hard plastic case with compartments |
| Assembly |
Snap-fit and reusable |
Product Overview:
The Polylab Molecular Model Set – Organic Stereochemistry Set – Teacher Edition is a premium educational tool designed for chemistry educators who aim to provide an in-depth and interactive learning experience in the classroom. This advanced model set is ideal for teaching complex organic stereochemistry topics including chirality, optical activity, enantiomers, diastereomers, and R/S configurations.
Unlike student sets, this teacher model kit includes a wider range of components to demonstrate more advanced structures and variations, such as meso compounds and mirror image models. Each atom piece is made of high-quality plastic, color-coded for easy identification, and follows global standards for chemical modeling.
The set allows educators to build and dismantle molecules quickly using durable and flexible snap-fit connectors. It’s perfect for blackboard-side teaching, lab demonstrations, and university lectures. It enhances classroom engagement by making abstract 3D molecular concepts tangible and easy to comprehend.
Whether teaching basic chiral centers or tackling more stereochemically complex structures, this kit offers all necessary tools in a well-organized hard plastic case. It supports hands-on learning, making abstract stereochemical relationships more visible and memorable.
This model set is a critical resource for every chemistry teacher who values precision, clarity, and interactivity in stereochemistry instruction.