Can Your Molecular Models Do This?

Introducing RealAtoms

RealAtoms is the first and only molecular model kit that allows teachers and students to model chemical reactions in the palm of their hand! Unlike rigid ball and stick models these models can change their shapes and structures easily, just like real molecules.

Reactions in the Palm of Your Hand!

Hydrogenation

Watch as carbon seamlessly transitions between sp, sp2 and sp3 hybridization during this 2 step hydrogenation reaction. Other molecular model kits require a lot of effort to change between alkanes, alkenes, and alkynes, but not RealAtoms. One carbon atom is all you need for all three geometries!

SN2 Reaction

Watch as an ammonia molecule replaces iodine in this bimoloecular nucleophilic substitution reaction. Other molecular model kits cannot show a 5 coordinate carbon intermediate or a Walden inversion of the chiral center, but with RealAtoms the mechanism and stereochemistry are shown with ease!

Explore the World of Chemistry

This is an image of a rose shown next to the molecular model of one of its compounds 2-phenylethanol. This compound contributes to the overall smell of the flower

Aromatics

A rose by any other name would still smell as 2-phenylethanol

RealAtoms can be used to model inorganic compounds such as salt, as seen in this picture. Two hundred million tons of this compound are produced worldwide each year.

Sodium Chloride

Two hundred million tons of this compound are produced worldwide each year.

RealAtoms Does It All

Lattices

Quick and Easy Assembly

No balls and sticks to plug into one another

Organic

Flexible Geometry

One atom changes from sp3 to sp2 to sp

Inorganic

Model Inorganic Molecules

Make square planar and octahedral geometries

Winner of the 2018 CNE Emerging Innovators

Pitch Competition - Kids Technology

RealAtoms won the 2018 emerging innovators pitch competition, in the category of kids technology, at the Canadian National Exhibition. Click below to see why, by getting your own RealAtoms today!

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— Dr. Roald Hoffmann

NOBEL PRIZE WINNING CHEMIST

"I very much like your ingenious magnetic and 'texture' solution to representing the double bond"