Educational Materials

Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

A comprehensive set designed for safe and repeatable observation of electrostatic field lines using various electrode patterns.

This apparatus facilitates the calculation of gravitational acceleration through free-fall experiments.

An apparatus designed for collision experiments to demonstrate conservation of kinetic energy.

A precision apparatus showcasing projectile motion and free-fall principles.

An alternative to a ballistic pendulum designed to demonstrate the conservation of momentum.

Demonstrate the free-fall motion of objects in atmospheric pressure and vacuum conditions.

Demonstrates static electricity's attractive and repulsive forces using a pendulum electroscope.​

Handheld generator producing static electricity through friction, ideal for classroom experiments.​

Complete optical bench kit for exploring image formation and lens behavior in physics labs.

A glow-in-the-dark chemical reaction resembling a firefly in the summer.

Perform a common analytical technique, complexometric titration, to quantify calcium in samples.

Produce a bright-green iron compound in this multi-step synthesis.

Explore the antimicrobial efficacy of essential oils commonly used in household cleaning products.

Examine five different types of ocean pollution in simulated ocean water.

Build a simple walking robot to explore mechanical motion and energy conversion.