"Ionic+Properties+Learning+Activities"

Explore STEM concepts while building lever and pulley models!

Use Bernoulli’s Principle to predict the landing spot of a stream of water leaking from a bucket.

Ideal for simulating various electrical values.

This cost-effective dynamics system is a versatile tool for studying linear motion and collisions.

Made For Training

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.

High quality and low cost make this ideally suited for junior high or high school students.

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

Economical pulley for simple machine experiments.

New Technology Removes Frustrations of Traditional Experiment

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.

Visualize magnetic fields in three dimensions.

This lamp holder is suitable for miniature base lamps.

Expanding on concepts learned in the Introduction to Mineral Crystals (60158-00) lab, here students construct models of the six basic crystal shapes, then derive their own definitions of each form by making observations, taking measurements and recording their findings.

Friction blocks are useful for teaching the basics of force and motion.

Efficiently illustrates the various types of diffraction.