Physics classroom equipment
TopicsAll topics
102 products
PH1.004 · Middle school
Educational kit: Mechanics 1
Comprehensive mechanics practical kit for middle school and high school: about fifty experiments in four cases.
PH3.011 · Middle school / High school
Basic educational kit: Mechanics
Basic mechanics practical kit in two cases for middle school and high school: 32 experiments with electronic scales and a stopwatch.
PH3.001
Educational kit: Mechanics, statics and dynamics
Practical kit for mechanics, statics and dynamics for middle school and high school: three equipment trays, 81 equipment items, 44 laboratory activities.
PH3.012 · Middle school
Educational kit: Dynamics track
Apparatus for quantitative investigations of kinematics and dynamics in middle school and high school, with photogates and a digital timer.
PH3.012B
Educational kit: Dynamics track with digital photogates
Dynamics track 120 cm with two digital Bluetooth photogates: 11 quantitative experiments on kinematics and dynamics, case with a fitted insert.
PH3.012C
Educational kit: Dynamics track with digital carts
Dynamics track 120 cm with two digital SMART carts: measuring force, speed and acceleration in three axes, 11 laboratory activities.
PHD.007
Mechanics demonstration kit (panel laboratory)
Panel-mounted mechanics demonstration kit: 29 components for 26 demonstrations covering topics from Hooke's law to Newton's laws.
PH3.002 · Middle school / High school
Basic educational kit: Thermodynamics
Two-case practical kit on molecular physics and thermodynamics: more than thirty experiments from calorimetry to gas laws.
PH3.006 · Middle school / High school
Educational kit: Atmospheric pressure
Demonstration kit on atmospheric pressure and properties of gases: ten visual experiments with a hand vacuum pump.
PH1.009 · Middle school / High school
Educational kit: Simple electric circuits
Modular kit for assembling electrical circuits without soldering: twenty-six experiments for middle school and high school.
PH3.003 · Middle school / High school
Basic educational kit: Electricity
Modular electrodynamics practical kit for middle school and high school: more than thirty experiments with analogue measuring instruments.
PH2.011 · Middle school / High school
Educational kit: Electricity and electronics
Modular kit covering electricity and basic electronics through more than forty experiments, from Ohm's law to transistor amplifiers.
PH3.005 · Middle school / High school
Educational kit: Electricity with a signal generator
Modular electrodynamics practical kit with a signal generator: more than fifty circuits for middle school and high school.
PH2.017 · Middle school / High school
Educational kit: Electrostatics
Electrostatics set: sixteen experiments from the electroscope and Faraday cup to corona discharge.
PHD.038
Electricity demonstration kit
Electrical panel kit with 13 magnetic modules: circuits, Ohm's law, conductor connections and current and voltage measurements.
PH1.001 · Middle school / High school
Educational kit: Electricity and magnetism
Two-case set on magnetism and electromagnetism: thirty experiments from magnet poles to models of electrical devices.
PH2.015 · Middle school / High school
Educational kit: Magnetism
Electromagnetism practical kit on a single breadboard: twenty-one experiments from the magnetic field of current to eddy currents.
PHD.071
Educational kit: Motor-generator
Electric motors, generators and transformer teaching kit: ten energy-conversion activities using 14 components.
PHD.072
Electromagnetism 1 demonstration kit
Large-format demonstration set on electrical machines and electromagnetic induction: 24 items, seven demonstrations for middle school and high school.
PHD.073
Electromagnetism 2 demonstration kit
Demonstration set on transformers, eddy currents and oscillating circuit: 29 items, nine demonstrations for middle school and high school.
PH3.004 · Middle school / High school
Basic educational kit: Optics
Whole-class optics practical kit for middle school and high school, built around a modular optical bench, with more than thirty experiments.
PHD.024
Optics demonstration kit
Geometric optics panel kit with 27 components: reflection, refraction, lenses, dispersion and color mixing.
PHD.017
Wave optics demonstration kit
Wave optics kit with 30 components: interference, diffraction, polarization and wavelength measurement of light.
PH1.006 · High school
Educational kit: Sound waves
Benchtop acoustics laboratory consisting of two cases for studying the nature of sound, resonance, standing waves and interference.
PH1.008 · Middle school / High school
Educational kit: Renewable energy sources
Renewable energy kit: solar, wind, water, heat and hydrogen with multimeter measurements of energy conversion.
PH2.013 · Middle school / High school
Educational kit: Renewable energy sources 2.0
A set for in-depth study of solar and hydrogen energy with measurement of current-voltage characteristics and electrolysis efficiency.
PHD.042
Air track
An air track with a low-friction cart for precise experiments on dynamics and conservation laws: eight experiments on mechanics with almost no friction.
PHD.044
Free fall
Installation for studying free fall: an electromagnetic holder, a photogate and a stand with a scale allow you to measure g using several methods.
PHD.048
Centripetal force apparatus
A device for the quantitative study of centripetal force: dependence on mass, radius and angular velocity in seven experiments.
PHD.074
Rotational dynamics apparatus
Wireless apparatus for quantitative study of circular motion: built-in force and angular velocity sensors, four experiments.
PHD.032
Maxwell's wheel
Maxwell's wheel on a vertical frame for demonstrating energy conversion and testing conservation of energy.
PHD.033
Centrifugal track
An inclined track with a “loop-the-loop” and two balls to demonstrate the law of conservation of energy and circular motion.
PHD.011
Liquid pressure measurement apparatus
Setup of a pressure meter and a liquid manometer for a complete hydrostatics demonstration.
PHD.010
Liquid pressure gauge
A device with a membrane measuring chamber to demonstrate the dependence of fluid pressure on depth, direction and density.
PHD.012
Liquid manometer
Liquid U-shaped manometer on a graduated panel for demonstrations of liquid pressure and the principle of communicating vessels.
PHD.052
Bernoulli levitator
Bernoulli levitator: a blower suspends a light ball in an air stream for four experiments demonstrating Bernoulli's principle.
PHD.025
Cohesion demonstrator
A device to demonstrate cohesive forces: freshly cleaned lead surfaces adhere and support a suspended load.
PHD.037
Capillary phenomena apparatus
Capillary-tube apparatus for demonstrating capillary rise and investigating how the height of the liquid depends on tube diameter.
PHD.039
Normal distribution apparatus
Galton board: balls falling through an array of pins form the bell-shaped pattern of a normal distribution.
PHD.041
Gas pressure simulator
Gas-pressure model: plastic balls representing molecules move randomly in a transparent cylinder and collide with a piston.
PHD.040
Isothermal process apparatus
A sealed chamber with a piston and a pressure gauge for experimental verification of the Boyle–Mariotte law at constant temperature.
PHD.047
Isochoric process apparatus
Installation for studying the isochoric process: a sealed tube with a pressure gauge allows you to check the pressure–temperature law at constant volume and estimate absolute zero.
PHD.046
Gas work and internal energy apparatus
Installation for experiments in thermodynamics: heating of gas during compression, cooling during expansion and qualitative verification of the first law - six experiments.
PHD.027
Combustion chamber
A device for demonstrating adiabatic compression: cotton wool is ignited by rapid compression of air in a cylinder.
PHD.058
Infrared heater
Infrared heater with temperature sensor and laboratory stand for demonstrations on thermal phenomena in physics lessons.
PHD.005
Van de Graaff generator
Van de Graaff generator with discharge ball for high-voltage demonstrations: spark and corona discharges, field lines.
PHD.008
Wimshurst machine
Wimshurst machine with a Leyden jar for producing charges and high voltage: spark and corona discharges, induction.
PHD.030
Coulomb's law apparatus
Torsion balance for demonstrating Coulomb's law by determining the force between charges from the torsion angle of a thread, read on a graduated scale.
PHD.018
Parallel-plate capacitor
Parallel-plate capacitor that can be taken apart to demonstrate how capacitance depends on plate separation, plate area and the dielectric.
PHD.001
Electrostatic plume
Electrostatics demonstration device: metallized tapes on the stand clearly show the electric field lines of a charge.
PHD.003
Sphere (spherical conductor)
Metal spherical conductor on a transparent insulating stand for experiments on electrostatic induction and charge distribution.
PHD.004
Cylinder
A cylindrical hollow conductor on an insulating stand for experiments on the induction, separation and neutralization of electrical charges.
PHD.002
Cone
A pointed conductor on an insulating post to demonstrate surface charge distribution and the tip effect.
PHD.050
Spark discharge apparatus with high-voltage power supply
High-voltage source with spark gap: demonstration of air breakdown and power supply of external high-voltage experiments, five demonstrations.
PHD.053
Lightning rod
Demonstration model of a lightning rod: corona discharge from the tip and the principle of lightning protection in four experiments on electrostatics.
LAB.004
Electrometer
An electrometer is a measuring device for experiments in electrostatics: charge of bodies, electrification by friction, electrostatic induction.
PHD.006
Magnetic field of a current-carrying coil
Apparatus for demonstrating the magnetic field produced by an electric current, with a solenoid, ring coil and loop with a compass on one panel.
PHD.054
Magnetic field of a straight current-carrying conductor
Demonstration set based on Oersted's experiment: shows the magnetic field of a straight conductor carrying current in four experiments in electromagnetism.
PHD.016
Magnetic force on a current-carrying conductor
Apparatus for demonstrating magnetic force on a current-carrying conductor through the movement of a conducting loop and a hollow conductor in the field of a U-shaped magnet.
PHD.028
Magnetic force on a current-carrying conductor
Apparatus for measuring how magnetic force on a current-carrying conductor depends on current, conductor length and magnetic flux density.
PHD.026
Parallel current-carrying conductors
Apparatus for demonstrating magnetic attraction and repulsion between parallel current-carrying conductors in accordance with Ampère's law.
PHD.035
Lenz's law apparatus
A device with aluminum rings on a rocker arm and a magnet to demonstrate Lenz's rule and electromagnetic induction.
PHD.036
Electromagnetic damping apparatus
Pendulums in a magnetic field for demonstrating eddy currents and electromagnetic braking.
PHD.055
Faraday's laws and electromagnetic induction apparatus
Demonstration setup using Faraday and Lenz's laws: five experiments with a set of rings made of different materials, including Elihu Thomson's experiment.
PHD.056
Electromagnetic induction
A device for demonstrating electromagnetic induction: a magnet moves through a coil in a transparent tube, the current is visible on LED indicators.
PHD.020
Motor-generator
Working model of a motor-generator: the construction of a DC electric motor and the production of induced current by rotation.
PHD.068
AC/DC generator
A working model of an alternating and direct current generator with measuring instruments: seven demonstrations from the design of the machine to its reversibility.
PHD.070
Three-phase generator
Demonstration three-phase generator with manual drive: seven experiments from obtaining three-phase current to star and delta circuits.
PHD.043
Three-phase motor
Demonstration model of a three-phase motor: rotating magnetic field, eddy currents and asynchronous operating principle in five illustrative experiments.
PHD.045
Transformer demonstration apparatus
A dismantlable demonstration transformer with a U-shaped core and two windings: from the operating principle to the power line model.
PHD.051
Electric bell
Demonstration electric bell with a transparent base plate: four experiments on its construction, electromagnet and self-interrupting contact.
PHD.031
Spectral tubes
Spectral tubes with frame and connection panel for observing line spectra of nitrogen, hydrogen, helium, mercury, neon and argon.
PHD.034
Planck's constant measurement apparatus
Measuring unit for determining Planck's constant experimentally using the photoelectric effect and investigating the laws of the photoelectric effect.
PHD.061
Human eye anatomy demonstration panel
Human eye anatomy demonstration panel for teaching physiological optics: accommodation, short-sightedness and long-sightedness.
PHD.029
Cyclotron model
A working model of a cyclotron: coils accelerate a steel ball along a circular track, demonstrating the principle of a particle accelerator.
PHD.069
Electron beam demonstrator
A demonstration device with a cathode ray tube to show the movement of electrons and the effect of a magnetic field on an electron beam.
PHD.021
Cathode-ray tube with metal screen
Cathode-ray tube with a metal screen for demonstrating that cathode rays travel in straight lines and cast a shadow behind the screen.
PHD.022
Cathode-ray tube with paddle wheel
Cathode ray tube with a paddle wheel: A beam of electrons spins a wheel, proving that rays carry momentum and energy.
PHD.023
Cathode-ray tube and electric field apparatus
Cathode ray tube with electrostatic deflection: An electric field deflects the electron beam, with its position visible on a fluorescent screen.
PHD.062
Cathode-ray tube and magnetic field apparatus
A cathode ray tube on a base to demonstrate the nature of cathode rays and their deflection in a magnetic field.
PHD.014
Spring oscillator
Spring oscillator on a stand with a displacement scale for demonstrating free harmonic oscillations and measuring their period.
PHD.019
Forced oscillations and resonance
Pendulums mounted on a common frame for demonstrating forced oscillations, resonance and resonance selectivity.
PHD.009
Wave demonstrator
Apparatus for demonstrating standing waves on a string (Melde's experiment) with a vibration block and a set of weights.
PHD.013
Water wave generator (ripple tank)
Ripple tank with oscillator and strobe to demonstrate reflection, diffraction and interference of water waves.
PHD.015
Harmonic motion projector
Laser projector for harmonic oscillations: a rotating hexagonal mirror projects a sinusoidal trace onto a screen.
PHD.057
Doppler effect apparatus
Doppler-effect apparatus: a rotating sound source demonstrates changes in pitch in four experiments.
PHD.049
Hertz experiment apparatus
Hertz experiment kit: transmitter and receiver of electromagnetic waves for six demonstrations in radiophysics.
LAB.001
Speed of sound apparatus
Measuring kit for determining the speed of sound in air from the difference in a signal's arrival time at two sensors.
LAB.002
Digital timer
Digital timer for working with photogates: measuring speed, acceleration, impact time and oscillation period.
PHD.067
Digital multimeter
Demonstration digital multimeter with large display for measuring electrical quantities in front of the class.
PHD.063
Analogue multimeter
Analogue demonstration multimeter (ammeter, voltmeter and galvanometer) for showing current and voltage measurements to the whole class.
PHD.064
Voltmeter
Demonstration DC voltmeter with large scale for measuring voltage in demonstration circuits.
PHD.066
Galvanometer
Demonstration galvanometer - microcurrent amplifier for displaying weak currents, including in experiments on electromagnetic induction.
PHD.075
Function generator
Function generator using direct digital synthesis to produce sine, square and triangular waveforms from 0.01 Hz to 30 kHz.
LAB.007
1.2–6 V DC / 12 V AC power supply
Laboratory power supply with 1.2-6 V DC and 12 V AC outputs for student physics experiments.
LAB.005
0–16 V AC/DC, 2 A power supply
Laboratory power supply 0-16 VAC/DC, 2 A, in a case with a carrying handle.
LAB.006
0–24 V AC/DC, 2 A power supply
Laboratory power supply with AC and DC outputs of 0–24 V at up to 2 A for physics experiments.
PHD.076
0–12 V / 3 A DC power supply
Compact, regulated 0-12V/3A DC power supply with voltage and current indication and short circuit protection.
PHD.077
0–20 V / 1–100 Hz AC power supply
Sinusoidal voltage source with independently adjustable amplitude of 1–20 V and frequency of 1–100 Hz for electrical experiments.
PHD.059
Universal demonstration panel
A universal demonstration panel with a magnetic dry-erase surface for whole-class experiments in mechanics, electricity and optics.
PHD.060
Circular and linear scale demonstration panel
Double-sided demonstration panel with circular and linear scales for experiments in geometric optics: reflection, refraction, lenses.
Kits for laboratory activities and demonstrations in mechanics, optics, electricity and magnetism, thermodynamics, sound and atmospheric pressure. Each product page lists the equipment, specifications and experiments supported by the kit.
PHD.038 uses magnetic modules on a panel for teacher-led demonstrations of electrical circuits. With the PH3.003 modular kit, students assemble circuits and take measurements using analogue instruments. PH1.001 focuses on magnetism and electromagnetic phenomena.
- Electricity demonstration kit Magnetic circuit assembly, Ohm’s law, and current and voltage measurements.
- Basic electricity laboratory kit A mounting panel with interchangeable modules for laboratory activities.
- Electricity and magnetism kit Magnetic fields, induction and models of electrical devices.
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