Electricity & Magnetism
Electricity and magnetism equipment enables hands-on exploration of electrical circuits, electromagnetic fields, and related phenomena. Built for classroom and laboratory use, these tools promote safe and interactive learning experiences. Ideal for Australian science programs, this range enhances understanding of core physics principles.
Dual Digital Wave Lab Signal Generator, up to 40 kHz
- Dual digital signal generator for wave theory teaching
- Generates two accurate and stable frequency outputs up to 40 kHz
- Frequencies can be added, phase shifted or modulated
- Selectable sine, triangular and sawtooth waveforms
- Digitally controlled output power for classroom demonstrations
- Can drive suitable large speakers or headphones
- Includes microphone and headphones in the supplied kit
AUD 1,358.50 (Ex GST)
Dual Mode Regulated and Switched Power Supply
- Dual mode power supply for laboratory and education use
- Combines switched AC/DC output and smooth regulated DC output
- Switched section provides AC and DC at 2, 4, 6, 8, 10 and 12 V
- Switched output current listed as 8 A
- Regulated section provides 1.3 to 20 V DC
- Regulated output listed as 5 A, reducing to 2 A at lower voltages
- Smooth regulated DC output supports electronic studies
- Digital meter can monitor regulated output volts or amps
- Automatic overload protection for both operating modes
- Suitable for general laboratory work, electronics and low-voltage physics experiments
AUD 799.50 (Ex GST)
Dual Range Analog DC Voltmeter for Student Experiments
- Dual range student volt meters for DC voltage measurement
- Supports circuit analysis and Ohm’s Law classroom experiments
- Two selectable ranges help match low and higher voltage activities
- Available in volt and millivolt range options
- Low voltage option supports 0 to 50 mV and 0 to 500 mV readings
- Economical and durable design stated for repeated educational use
- Use within the selected voltage range under appropriate supervision
From AUD 43.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Dual Range Centre Zero Student Microammeter
- Dual range centre zero microammeter for DC current demonstrations
- Designed to show current direction by deflection either side of zero
- Supports polarity, current movement and circuit behaviour teaching
- Available in two dual range microamp configurations
- Suitable for sensitive DC current observation in classroom circuits
- Economical and durable design stated for repeated educational use
- Use within the selected range under appropriate supervision
From AUD 43.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Dual Range Student Ammeters, AC and DC Current Type
- Dual range student ammeters for classroom current measurement
- Available in AC and DC current measurement configurations
- Two selectable ranges support low and higher current experiments
- DC options include amp, milliamp and microamp range models
- Accuracy is stated as ±2.5% for the listed meter options
- Economical and durable design stated for repeated educational use
- Use within the selected current range under appropriate supervision
From AUD 43.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electric Bell Demonstration, for electromagnetism and electrical circuit experiments
- Electric bell demonstration model designed for laboratory electromagnetism and electrical circuit experiments
- Operates on a low-voltage 4–9 V DC electrical supply
- Mounted on a panel with large, clearly visible working components
- Exposed wiring allows students to observe electrical connections and trace the circuit
- Demonstrates the conversion of electrical energy into mechanical movement and sound
- Suitable for investigating electromagnets and the magnetic effects of electric current
- Allows observation of the armature, striker and electromagnetic switching mechanism
- Supports practical demonstrations of make-and-break electrical circuits
- Designed for classroom teaching and supervised physics experiments
- Ideal for secondary schools, universities and educational physics laboratories
AUD 82.50 (Ex GST)
Electric Clinostat on Stand for Studying Plant Growth and Gravitropism
- Electric clinostat for laboratory and educational plant growth studies
- Designed for close study of small plants, seeds and shoots
- Rotates at 4 turns per hour as listed
- Includes sponge platform with transparent cover as listed
- Plants and shoots can be pinned to the sponge platform
- Transparent cover can be removed for light watering or spraying
- Helps distribute light evenly during growth observation
- Rotation helps reduce directional sagging caused by gravity
- Runs on 220 / 240 V mains as listed
- Supplied with removable mains cable as listed
- Suitable for botany, biology and plant physiology demonstrations
- Use under appropriate laboratory or educational supervision
AUD 219.50 (Ex GST)
Electric Fields Apparatus for Physics Demonstrations
- Electric fields apparatus designed for visual demonstrations of electrostatic field patterns between two electrodes
- Demonstrates the formation and distribution of electric fields when a high voltage is applied
- Suitable for use with a compatible overhead projector for classroom demonstrations
- Supports investigations of electric field lines, electric potential and electrostatic forces
- Uses castor oil and suitable fine particles to visualise electric field patterns
- Iron filings and castor oil are listed as related materials for demonstrations
- Allows students to observe the behaviour of particles subjected to an electric field
- Requires a suitable high-voltage power supply, selected for safe educational use
- Demonstrates the relationship between electrode arrangement and electric field distribution
- Suitable for electrostatics, electricity and magnetism practical lessons
- Designed for supervised laboratory and educational physics experiments
AUD 61.50 (Ex GST)
Electricity Kit in Aluminium Case
- Complete electricity teaching kits housed in a strong aluminium carry case
- Components are supplied in individual housings for organised classroom use
- 4 mm banana plug connections support quick circuit setup and repeated practical work
- Covers DC theory and selected AC topics including transformers and chokes
- Supplied with power supply, digital meters, cables and experiment book
- Selected configurations add signal generator, motor generator and motor kit components
- Expanded kit configuration supports up to 66 AC and DC experiments as stated
From AUD 1,457.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electrode Holder Arm and Base for Lab Sensors
- Electrode holder arm and base for laboratory sensor support
- Suitable for pH, ORP and conductivity sensors
- Helps position electrodes during measurement and calibration work
- Supports stable sensor placement beside meters or sample vessels
- Useful for routine electrochemistry and water testing workflows
- Suitable for teaching, QC, environmental and laboratory testing use
- Material, dimensions and clamp details should be confirmed before upload
AUD 130.90 (Ex GST)
Electromagnetic Induction Apparatus with Rod Magnet
- Electromagnetic induction apparatus for laboratory and educational use
- IEC induction apparatus as listed
- Uses a single turn of heavy wire
- Wire is rotated by hand around a strong rod-shaped magnet
- Demonstrates conductor movement through a magnetic field
- Produces a very small induced voltage as listed
- Suitable for detecting induced current with a sensitive meter
- Supports teaching of magnetic field cutting and induction principles
- Includes a classroom “mystery” activity as listed
- Compatible sensitive low impedance DC amplifier is available separately
- DC amplifier reference listed as LC-80-LB0071-001
- Use under appropriate laboratory or educational supervision
AUD 319.90 (Ex GST)
Electronics and Photonics Kit, Advanced Classroom Demonstration Kit
- HSC aligned electronics and photonics teaching system, designed for guided student learning with minimal instructor input
- Fixed work panel construction, components not removable, supports consistent setups across repeated classroom sessions
- 2 mm banana plug cable and link system, with adaptors to 4 mm when required for connection flexibility
- Nine experiments supplied as copyable files, provided as a separate CD option for the kit
- CD includes student and teacher versions with answers, single CD covers whole school with free copying permission
From AUD 46.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electronics Digital Trainer with Experiment Manual
- IEC Electronics Digital Trainer designed for practical digital electronics and STEM education
- Features permanently mounted components for convenient electronic circuit construction
- Introduces rectification, filtering, voltage regulation, oscillators and transistor circuits
- Supports practical experiments with AND, OR, NAND, NOR and NOT digital logic gates
- Allows students to construct advanced logic functions and digital counting circuits
- Includes 20 connecting cables with insulated crocodile clips for circuit experiments
- Operates using a suitable 12 V AC or DC laboratory power supply or compatible PlugPak
- Transparent protective cover doubles as a storage tray for the supplied connection cables
- Includes a printed experiment manual for schools, universities and electronics laboratories
AUD 380.90 (Ex GST)
Electronics Systems Trainer with Experiment Manual
- IEC Electronics Systems Trainer designed for practical electronics and STEM education
- Teaches electronic input-output relationships, digital logic and automated control systems
- Features permanently mounted components for convenient classroom circuit construction
- Includes six inputs or input combinations for designing different electronic control circuits
- Adjustable sensor sensitivity allows students to investigate different triggering conditions
- Covers logic gates, binary numbers, digital counters, operational amplifiers and relays
- Operates using a suitable 12 V AC or DC power supply, including compatible PlugPak units
- Includes 20 crocodile clip connecting cables and a transparent protective storage cover
- Supplied with a printed experiment manual for schools, universities and training laboratories
AUD 401.50 (Ex GST)
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Electrophoresis Power Supplies, LCD Touchscreen, 4-Channel Parallel Output Type
- CD touchscreen for simple setup and clear progress tracking
- 4-channel parallel output supports four electrophoresis units at once
- Constant voltage, current, and power modes for flexible operation
- USB data recording and multi-step programming support controlled runs
- Short-circuit and no-load protection improve laboratory safety
From AUD 1,384.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electrostatic Magic Wand Fly Stick Demonstration Kit
- Fun classroom electrostatics demonstration wand
- Supplied with 1 fly stick levitation wand
- Includes 5 pre-cut mylar tinsel flying shapes and manual
- Demonstrates static charge, attraction, repulsion and levitation effects
- Can be used to bend water, move aluminium cans and float bubbles
- Requires 2 AA batteries, not included
- Spare flyer option available for replacement classroom use
From AUD 6.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electrostatic Pith Balls, Laboratory Charge Study Model
- Electrostatic pith balls for classroom demonstrations, available as plain or conductive coated sets
- Approx 8 mm diameter, light mass supports visible attraction, repulsion and charge transfer behaviour
- Plain option supplied as pack of 12, general ball shape, not fully round as described
- Conductive option supplied as pack of 10, surface coated with conductive paint for experiment use
- Suitable for electrostatic investigations using charged rods, electroscopes or induction setups where ball motion
- indicates field effects
From AUD 12.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electrostatic Rods for Static Electricity Experiments
- Electrostatic rods for laboratory and educational use
- Designed for static electricity demonstrations
- Useful for showing charge generation by friction
- Supports teaching of attraction, repulsion and charge transfer
- Suitable for electrostatics and electric field demonstrations
- Available materials include acrylic, ebonite, glass and polythene
- Each rod material provides different charging behaviour
- Rod lengths listed as 300 mm
- Diameters listed as 10 mm or 12 mm depending on material
- Useful with compatible rubbing cloths, electroscopes and pith balls
- Keep charged rods away from sensitive electronics
- Use under appropriate laboratory or educational supervision
From AUD 6.40 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Electrostatic Rubbing Cloths, Wool and Cotton, Set of 2
- Rubbing cloth set for electrostatic experiments
- Supplied as a set of 2 cloths as listed
- Includes wool cloth as listed
- Includes cotton flannelette cloth as listed
- Suitable for rubbing plastic rods to create electrostatic charges
- Useful for classroom demonstrations of static electricity
- Supports attraction, repulsion and charge separation experiments
- Practical accessory for school and university physics laboratories
- Compatible plastic rods should be selected separately
- Keep away from sensitive electronic equipment during use
- Cloth set only, rods and electroscopes are not included
- Use under appropriate laboratory or educational supervision
AUD 13.90 (Ex GST)
Electrostatics Kit Simple PSSC for Static Electricity Experiments
- IEC Simple PSSC Electrostatics Kit designed for practical static electricity experiments
- Includes nine polystyrene balls for demonstrating electrostatic attraction and repulsion
- Five transparent acrylic strips and five vinyl strips support frictional charging experiments
- Cotton and woollen rubbing cloths help demonstrate charge generation on plastic surfaces
- Includes 25 mL graphite-in-alcohol coating for preparing conductive polystyrene balls
- Six polythene insulators, 130 × 10 × 3 mm, support electrical insulation investigations
- Supplied with 3.5 m nylon filament, six wooden clothes pegs and five mounting pins
- Compact kit is supplied in a 350 × 250 mm bag and weighs approximately 270 g
- Designed and manufactured in Australia for schools and educational physics laboratories
AUD 72.50 (Ex GST)
Enamelled Copper Wire, Standard Wire Gauge Reel Range
- Enamelled copper wire designed for laboratory electrical experiments, electromagnetism demonstrations and coil winding applications
- Manufactured from copper with a thin electrical insulating enamel coating
- Available in eight Standard Wire Gauge (SWG) sizes from 18 SWG to 32 SWG
- Nominal wire diameters ranging from 0.28 mm to 1.22 mm
- Insulating enamel coating helps prevent electrical contact between adjacent wire turns
- Suitable for constructing electromagnets, inductors and experimental electrical coils
- Supports investigations of magnetic fields, electromagnetic induction and electrical resistance
- Copper conductor provides high electrical conductivity for suitable low-voltage experiments
- Different wire gauges allow comparison of conductor thickness and electrical properties
- Flexible wire construction suitable for winding around compatible coil formers and magnetic cores
- Each selected gauge is supplied on a 125 g reel
- Ideal for physics, electrical science, research and educational laboratories
From AUD 27.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Extra High Voltage Power Supply, 0 to 6000 V DC / 3 mA
- Extra high voltage DC power supply for supervised laboratory and education use
- Output listed as 0 to 6000 V DC
- Centre-referenced output listed as 3000 / 0 / 3000 V DC
- Maximum output current limited to 3 mA
- Includes digital meter for output monitoring
- Low voltage outputs listed as 2 × 6.3 V AC at 4 A
- 6.3 V AC outputs are normally used for electron tube heater applications
- Suitable for spectrum tubes, Teltron tubes and Aepinus capacitor charging
- Designed with poor regulation so voltage falls quickly as current is drawn
- Use only under appropriate teacher or laboratory supervisor control
AUD 768.90 (Ex GST)
Ferrite Ceramic Ring Magnet for Laboratory Magnetism Experiments
- Ferrite ceramic ring magnet designed for laboratory magnetism experiments and general-purpose magnetic applications
- Manufactured from ferrite ceramic permanent magnetic material
- Large circular ring design with a central opening
- Outer diameter of 100 mm and inner diameter of 50 mm
- Magnet thickness of 12 mm
- Permanent magnetic construction generates a magnetic field without external electrical power
- Suitable for demonstrating magnetic attraction, repulsion and magnetic field patterns
- Ferrite material provides good resistance to corrosion and demagnetisation
- Suitable for investigating magnetic forces and interactions with ferromagnetic materials
- Can be used in compatible educational and experimental magnetic assemblies
- Reusable construction for laboratory demonstrations and physics experiments
- Ideal for secondary schools, universities, research and educational physics laboratories
AUD 23.90 (Ex GST)
Fine-Grade Copper Mesh Sheet for Science Experiments
- Fine grade copper mesh for laboratory and educational use
- Supplied as 150 mm square as listed
- Made from copper mesh as listed
- Useful for heat, conductivity and material demonstration work
- Suitable for compatible chemistry and physics practicals
- Can be used in approved heating or support applications
- Flexible mesh format for easy handling and positioning
- Practical for school and university laboratory demonstrations
- Confirm mesh aperture and wire thickness before ordering
- Copper may oxidise or discolour after heating
- Edges may be sharp after cutting or handling
- Use under appropriate laboratory or educational supervision
AUD 41.50 (Ex GST)
Fixed PSSC Type Power Supply, 12 V AC Input, 100/200 V DC Output
- Fixed PSSC type power supply for laboratory and education use
- Designed for the Mass of an Electron experiment
- Input listed as 12 V AC, 50/60 Hz
- Provides DC outputs for Magic Eye tube anode/cathode circuits
- Provides 6.3 V AC output for Magic Eye tube heater operation
- Dual outputs allow two experiments to be performed from one power supply
- Power-on LED indicator included
- Input fuse protection listed as 20 × 5 mm, 4 A
- DC outputs include simple resistive short-circuit protection
- Use only under appropriate teacher or laboratory supervisor control
AUD 217.90 (Ex GST)
Flat Plate Electrodes with Terminals, 75 × 25 × 3 mm
- Flat plate electrodes for conductivity and electrochemistry work
- Each electrode is supplied with a fitted terminal
- Consistent plate size of 75 × 25 × 3 mm across listed options
- Available in aluminium, carbon, copper, iron and lead
- Supports comparison of electrode behaviour between different materials
- Set of 5 includes aluminium, carbon, copper, iron and lead electrodes
- For laboratory or educational use under appropriate supervision
From AUD 9.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Floating Ring Magnets on Stand
- Floating ring magnet demonstration set for science education
- Designed to demonstrate magnetic fields and magnetic repulsion
- Supports classroom explanation of magnetic levitation
- Shows how like poles repel and unlike poles attract
- Ring magnets appear to float above each other on the stand
- Useful for physics, STEM and general science lessons
- Practical visual aid for hands-on magnetism demonstrations
- Suitable for school, university and teaching laboratory use
- Keep magnets away from sensitive electronic devices
- Use under appropriate laboratory or educational supervision
AUD 18.90 (Ex GST)
Foldable Storage Crate for Laboratory and Educational Use
- Collapsible crate for laboratory and educational storage
- Size listed as 40 × 30 × 15 cm
- Grey colour as listed
- Lightweight design for easy handling
- Foldable construction helps save space when not in use
- Suitable for storing compatible laboratory and classroom items
- Practical for school, university and teaching laboratory organisation
- Useful for bench, shelf, stockroom and preparation area storage
- Confirm load suitability before use
- Crate only, contents and accessories are not included
- Do not overload or use for hazardous materials unless approved
- Use under appropriate laboratory or educational supervision
AUD 17.50 (Ex GST)
Genecon Due 12 V and Genecon V3 3 V DC Hand Generators
- DC hand generators for physics and science education
- Available as Genecon Due 12 V DC hand generator
- Available as Genecon V3 3 V DC hand generator
- Designed for hands-on classroom electricity experiments
- Useful for demonstrating electron flow and simple circuit behaviour
- Supports series and parallel circuit demonstrations
- Suitable for bulb comparison, motor and generator activities
- Helps demonstrate transfer of energy and mechanical energy conversion
- Genecon V3 has maximum listed output of 3 V
- Genecon V3 size listed as 115 × 140 × 43 mm
- Genecon V3 is used with compatible Genecon V3 accessories
- Use under appropriate laboratory or educational supervision
From AUD 72.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
Genecon Due 12 V DC Hand Generator with Pulley
- Genecon Due 12 V DC hand generator with pulley
- Designed for energy conversion demonstrations
- Suitable for physics and science education
- Helps demonstrate conversion between electrical energy, work and positional energy
- Useful for hands-on classroom investigation of generators and mechanical input
- Supports lessons on energy transfer and mechanical advantage
- Pulley setup allows students to observe lifting or positional change during experiments
- Suitable for school, university and STEM teaching environments
- Confirm compatible accessories and experiment method before use
- Do not short-circuit terminals or connect unsuitable loads
- Moving pulley and handle components should be handled carefully
- Use under appropriate laboratory or educational supervision
AUD 97.50 (Ex GST)
Genecon Electrostatic High Voltage Static Generator, 10 kV
- High voltage electrostatic generator for physics education
- Listed output of 10 kV static electricity
- Hand-operated generator with turning handle
- Similar in teaching purpose to traditional Van de Graaff generators
- Suitable for electrical discharge and static electricity demonstrations
- Supplied with red and black cables, 1 each
- Listed accessories include Hamilton flywheel, Moore motor and metal collecting electrodes or spheres
- Approximate size listed as 223 × 244 × 75 mm
- Approximate weight listed as 400 g
- Useful for charge, discharge, electrostatics and electric field demonstrations
- High voltage static electricity device, use only under strict supervision
- Intended for laboratory or educational settings only
AUD 463.90 (Ex GST)
General Purpose Switched AC/DC Power Supplies, 2 to 12 V
- General purpose switched AC/DC power supply range
- Provides selectable 2, 4, 6, 8, 10 and 12 V outputs
- AC and DC output options available from the same unit
- DC output is full-wave rectified but not filtered
- Available in 5 to 6 A, 8 to 10 A and 15 A output options
- Illuminated mains switch located on the front panel
- Automatic overload protection on 5 A and 10 A models
- LED O/L options include red overload indicator LED
- 15 A model includes lever-operated circuit breaker with manual reset
- Suitable for physics, electrical circuits and low-voltage classroom experiments
From AUD 256.50 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
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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.