The HANDS ON STEM LABS Building Electromagnet Model helps students explore one of the most important concepts in physics—how electricity can create magnetism. This hands-on STEM kit allows students to wind a coil around an iron core and see how magnetic force is produced when current flows through the coil.
This working model demonstrates the basic principle behind motors, relays, cranes, speakers, and industrial lifting machines. The kit includes insulated copper wire, an iron rod, switch, power connectors, base components, and easy-to-follow instructions.
Designed for school exhibitions, classroom demonstrations, and practical STEM learning, this project strengthens conceptual understanding of magnetic fields, current flow, and temporary magnetism.
With safe-to-use components and a robust structure, students gain real experience building a functional electromagnet. This model encourages scientific curiosity, analytical skills, and hands-on exploration of electromagnetism used in real-world machines.
Demonstrates how electric current creates a magnetic field using a wire coil
Helps students understand electromagnetism and practical applications
Ideal for physics experiments, science exhibitions, and classroom demos
Includes safe insulated wire, iron core, and power components
Hands-on model that strengthens problem-solving and scientific inquiry
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