Educational Materials

This solderless breadboard is ideal for high-frequency and low-noise circuits.

Perform your electronic experiments on this tiny breadboard (8×5.5×1 cm) . Interconnect any components with 20-29 AWG (3 to 8 mm) wire.

View the 3D magnetic field around a bar magnet from any angle.

The quantum enhanced-duration levitators are the perfect tool for science demonstrations and visual display. Engineered with years of experience and knowhow in cryogenics, these levitators offer the optimal balance between levitation strength and levitation time.

Electrostatic charges are indicated by the deflection of a black plastic straw pivoted on a pin. The polished zinc plate on top is used to demonstrate photoelectric effect and various other electrostatic demonstrations. The metal case measures 14 cm in diameter. The scale is graduated in 10° increments in two quadrants.

The Precision Photoelectric Effect uses three color filters to calculate Planck's Constant.

Magnetic wand, Use this wand with our magnetic marbles or other magnetized items or pick up those paper clips you just dropped. It has many uses and is fun to watch in action.

KidWind blade pitch protractor, incredibly helpful for measuring the blade pitch angle on your KidWind turbine.

Build your own Quantum Levitation maglev track!

A high quality enameled, copper magnet wire.

The Primary and Secondary Coils are ideal for student experiments on transformer effects.

Stronger Than Alnico, But Won’t Attract Another Magnet.

Double ended banana plug jumper wires.

Eddy current for demonstrating Lenz's law.

Allows students to visualize magnetic fields.

This apparatus is used to study the current Vs voltage characteristics of CdS photo-resistor at constant irradiance and to measure the photo-current.

Using the materials in this kit young inventors can build over 120 projects, including a magnetic fan, a sound-activated musical doorbell, and a fingertip flashbulb.