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Magnetic levitation train STEM kit for chromatography experiments

DIY maglev train model for chromatography experiments

Magnetic repulsion train working model for cool chemistry experiments

Defy Gravity! DIY Magnetic Levitation Train Kit

Available:Out of Stock

Product SKU: LGPW222

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₹ 299 ~~₹ 399~~

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Specification

Description

Defy Gravity! DIY Magnetic Levitation Train Kit

The Defy Gravity! DIY Magnetic Levitation Train Kit is a hands-on STEM model designed to spark curiosity through chromatography experiments and visual science learning. As a chromatography experiments-inspired activity, this kit helps learners observe separation, force interaction, and motion principles in a clear and engaging way. It also connects naturally with cool chemistry experiments by encouraging exploration through safe, physical demonstrations.

Chromatography Experiments Through Magnetic Motion

This model supports chromatography experiments by demonstrating how invisible forces act on materials, similar to how substances separate in lab activities. When used alongside cool chemistry experiments, students gain a deeper understanding of interaction, balance, and controlled movement.

Materials and User Manual

Laser-cut wooden base and train body
Permanent magnets for levitation
Magnetic stabilizers
Assembly fasteners
User Manual: All design details included

Working Principle

The train operates on magnetic repulsion, where like poles push against each other, lifting the train above the track. This friction-free motion reflects scientific principles often explored in chromatography experiments, helping learners visualize force balance and separation behavior similar to lab-based cool chemistry experiments.

Advantages of This Science Project

Learning Wrapped in Fun: Encourages curiosity through hands-on exploration.

Concept Clarity: Reinforces ideas commonly introduced in chromatography experiments and early lab science.

STEM Confidence: Builds interest that naturally extends into cool chemistry experiments and advanced science projects.