Electromagnetism
SmartLabs supplies a range of electromagnetism kits and apparatus for physics classrooms and laboratory experiments. These tools help students explore magnetic fields produced by electric currents, electromagnetic induction, and Faraday's law of induction.
Our collection includes electromagnets, solenoids, induction coils, transformers, and demonstration kits designed for CAPS-aligned physics teaching. Each product supports practical learning of the principles that underpin electric motors, generators, and modern electrical technology.
SmartLabs provides reliable and affordable electromagnetism equipment to schools, universities, and laboratories across South Africa to support engaging and practical physics education.
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Electro Magnet Set - Nail, Paper Clip and Cable
A small set cosnsiting of 60cm Copper Wire 1 Iron Nail 3 Paper Clips 4 Wires to creat electromagnet magic, Wrap the copper wire (50-60cm) around th...
View full detailsGold Leaf Electroscope in Flask
Gold Leaf Electroscope in Flask Comprises a glass conical flask, sealed at the top with holed rubber stopper A metal rod supports a disc terminal a...
View full detailsElectromagnet with Keeper
Electromagnet with Keeper U-form Electromagnet comprises a 9mm diameter soft iron U, two copper wire coils 0.46 mm diameter 250 Turns and two 4mm s...
View full detailsElectromagnet Kit
Electromagnet Kit A comprehensive kit containing the essential items for basic experiments in electromagnetism. General investigation of Magnets, E...
View full detailsParallel Plate Capacitor
Parallel Plate Capacitor Parallel Plate CapacitorComprises 2 aluminium plates of 250mm x 250mm x2.9mm thick, with 4mm sockets. Completed with 1acet...
View full detailsC Cores with clip (Set 2)
C Cores with Clip Double 'C' core and holding clip. A laminated, rounded-rectangle core with square cross-section, which has been cut across the mi...
View full detailsLenz's Law - Open and Closed Loop
Lenz's Law - Open & Closed Loop Lenz’s Law – open & closed loopTeaches Faraday’s law of induction as well as Lenz’ Law. Show how passing a ...
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