In Stock
Molecular Model Set – Sucrose
Calibrated Glycosidic Geometry: Features oxygen centers precision-bored for α(1→2) linkage angles to accurately represent the bond between glucose and fructose units.
High-Density CPK Atoms: Utilizes impact-resistant polymer spheres color-coded to international standards, ensuring a secure friction-fit for complex organic assemblies without material fatigue.
₹750.00
Quick answer: The Sucrose Molecular Model Set is a physical 3D model used to visualize the C12H22O11 disaccharide structure and its glycosidic linkage for teaching carbohydrate chemistry and stereochemistry.
This model set supports the study of the glycosidic linkage joining glucose and fructose units within the sucrose molecule, along with related stereochemistry concepts. It is designed for teaching spatial carbohydrate isomerism in food science and chemistry courses, giving students a way to physically examine how the two monosaccharide units connect rather than relying only on 2D structural diagrams.
Fuller Description
Carbohydrate chemistry involves spatial relationships — such as the specific glycosidic linkage that joins glucose and fructose in sucrose — that are often easier to understand with a physical model than with flat diagrams. This set is useful for academic laboratory sessions in biochemistry and organic chemistry, as well as food science coursework covering carbohydrate structure and isomerism. It pairs well with other molecular model sets for a broader chemistry teaching library.
Specifications
| Parameter | Detail |
|---|---|
| Molecule represented | Sucrose (C12H22O11) |
| Concept coverage | Glycosidic linkage, carbohydrate stereochemistry and isomerism |
| Typical use | Food science, biochemistry, and organic chemistry teaching |
| Exact atom/bond piece count | Not specified for this listing — confirm with our sales team |
| Materials and construction | Not specified for this listing — confirm with our sales team |
| Case/storage format | Not specified for this listing — confirm with our sales team |
Care & Handling
- Store atoms and connectors in the organizer case between classroom uses.
- Wipe components with a dry cloth; avoid harsh solvents that can degrade plastic parts.
- Check connector joints periodically for wear from repeated assembly.
- Keep small pieces away from young children not directly supervised during the lesson.
Why Choose LabEquip
LabEquip supplies a full Educational Science Models range, including the Water/Ice Molecular Model Set for a broader chemistry teaching library. Visit our homepage to browse our complete catalog of classroom and laboratory teaching equipment.
Frequently Asked Questions
What does this model set help teach?
It helps teach the C12H22O11 disaccharide structure of sucrose, the glycosidic linkage joining glucose and fructose, and related carbohydrate stereochemistry.
What courses is this model typically used in?
It is typically used in food science, biochemistry, and organic chemistry courses covering carbohydrate structure and isomerism.
How many atoms and bonds are included?
The exact piece count is not specified for this listing. Please confirm current contents with our sales team before ordering.
What level of course is this suited for?
It is designed for academic-level chemistry and food science coursework covering carbohydrate stereochemistry and isomerism.
Does this pair with other molecular model sets?
Yes, it pairs well with other molecular model sets, such as our Water/Ice Molecular Model Set, for a broader chemistry teaching library.
Does LabEquip offer institutional or bulk pricing?
Yes. Contact our sales team at [email protected] for institutional quotations and bulk-order pricing.
Last Updated: September 2026
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