11-Step Capacitor Set, 100 pF to 0.47 µF, 350 V AC Rated
$148.00 (Ex GST)
16 V Belt-Driven Motor/Generator Set
$73.00 (Ex GST)
AC Circuits Practical Kit with Inductors, Capacitors and Resistors
$1,396.00 (Ex GST)
AC Circuits Theory Kit with Inductor, Capacitors and Signal Generator Set
$1,098.00 (Ex GST)
Air Cored Inductance Coils
From $45.00 (Ex GST)
Air-Cored Solenoid Coil, 700 Turns, 5 A Copper Wire (PSSC)
$133.00 (Ex GST)
ASEP Small Motor and Generator Kit with Pulley Included
$58.00 (Ex GST)
Basic Electronics Training Kit with Link Components and Meters
$1,003.00 (Ex GST)
Battery Holders for AA and D Cells, 1 to 4 Cells, 4 mm Terminals Options
From $1.50 (Ex GST)
Capacitor Box
From $147.00 (Ex GST)
Complete Circuits Kit with Wire Card and Accessories (ASEP)
$52.00 (Ex GST)
Conductivity Electrodes of Stainless Steel
From $40.00 (Ex GST)
Electricity Kit in Aluminium Case
From $1,267.00 (Ex GST)
Electron Charge-to-Mass Apparatus with Tube, Solenoid Not Included
$187.00 (Ex GST)
Electronics and Photonics Kit
From $37.00 (Ex GST)
Electronics Trainer Panels
From $309.00 (Ex GST)
Electrophorus metal with Handle and Plate
From $42.00 (Ex GST)
Electroscope in Metal Housing
From $69.00 (Ex GST)
Electrostatic Pith Balls
From $10.00 (Ex GST)
Electrostatic Rubbing Cloth Set (2 Pack), Cotton and Wool
$11.00 (Ex GST)
Electrostatics Experiment Kits
From $58.00 (Ex GST)
Hand-Wound Motor/Generator Unit for U-Core Assemblies
$172.00 (Ex GST)
Key Press Contact Switch, Silver-Plated Contact Points
$23.00 (Ex GST)
Norwood-Style Glass Electrodes, Set of 4, Kit Components
$101.00 (Ex GST)
PSSC Small Current Balance Experiment Kit, Solenoid Not Included
$67.00 (Ex GST)
U-Core Electromagnet and Armature Set, 12 V DC Rated
$78.00 (Ex GST)
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Electricity and Magnetism is a fundamental area of physics that explores how electric charges interact, how electric currents flow, and how magnetic fields are generated and behave. Laboratory experiments in electricity and magnetism help students and researchers understand key concepts such as electric circuits, electromagnetic induction, resistance, capacitance, magnetic fields, and the relationship between electricity and magnetism. These principles form the scientific foundation for modern technologies including electronics, power systems, communication devices, and electromagnetic instruments.
In teaching laboratories and research environments, electricity and magnetism apparatus is used to demonstrate practical electrical behaviour through controlled experiments. Typical equipment may include power supplies, galvanometers, ammeters, voltmeters, resistors, coils, electromagnets, magnetic field demonstrators, and circuit experiment kits. These tools allow students to investigate electrical conductivity, Ohm’s law, magnetic field patterns, electromagnetic induction, and other important phenomena in a clear and measurable way.
Where electrical measurement equipment is used in laboratories, the international safety standard for electrical equipment used in measurement, control, and laboratory environments. In cases where laboratory glass components are used within electrical experiments, relevant material standards may include ISO 3585 for BORO 3.3 borosilicate glass properties and ASTM E438 for laboratory glass quality. For manufacturers and suppliers of laboratory equipment, ISO 9001 quality management systems are commonly recognised to ensure consistent product quality and reliability.
Electricity and magnetism experiments are essential for physics education because they allow students to directly observe and measure invisible forces and fields. Practical demonstrations of electromagnetic principles help build deeper understanding of current flow, magnetic interactions, energy transfer, and electrical measurement techniques.
At LabChoice Australia, we supply dependable electricity and magnetism laboratory apparatus suitable for school science laboratories, university physics teaching environments, and demonstration setups. Our range is selected to support clear visual learning, repeatable experiments, and reliable classroom use, helping educators demonstrate fundamental electromagnetic principles with confidence.