"physics kits"

Economical inclined plane with pulley.

Large demonstration kit for pulley systems, with wheel and axle.

Complete investigation into wave phenomena.

Investigate centripetal force with this easy to use device.

Airtight chamber reveals how sound disappears without air.

Students actively model the concept of half-life and radioactive decay.

Calculate density the old school way, measuring the net force acting on a submerged object.

Ring thrower kit for studying eddy currents, Lenz Law, and Faraday's Law. Includes two aluminum rings.

Apparatus demonstrates linear magnetic acceleration along a track using steel balls and neodymium magnets.

Engaging apparatus for exploring energy conversion and centripetal acceleration.

Explore the physics of projectile motion, trajectory path, velocity, acceleration, friction and more.

Students measure the mass of an object based on oscillation rather tha Earth's gravity.

Hands-on STEM learning kit explores the engineering principles of gravitational and lateral forces.

This set has been designed for simple and clear demonstration of the principles of geometrical optics - transmission, reflection and refraction.

The starter kit is the fundamental, entry level kit for classroom demonstration of quantum levitation and flux pinning. Perfect for high-school students as well as university undergraduates.

Build your own magnetic track and levitate a magnetic puck above it.