"SCIENTIFIC hatchers"

Physician designed.

Efficiently illustrates the various types of diffraction.

Investigate horizontal and vertical motion.

This transparent overflow can is graduated to 125 ml and includes an attached spout.

Complete set of springs for investigating Hooke's law.

Classical demonstration of refraction and internal reflection.

Wide range of cubes for density experiments.

Small electrolysis apparatus with beaker included.

Classroom electroscope housed in a 250 ml borosilicate flask.

Perform live demonstrations showing how streams are created and constantly changing.

Visually demonstrate the water cycle right in the classroom.

Miniature DC motor designed for experiments using low starting voltage (4.5 V) and current (70 mA).

An exceptional value.

This apparatus helps students to understand the Coriolis effect, the phenomenon whereby an object moving on a spinning surface will travel in a curved path.

Ideal for investigating the reflection of light at a plane mirror and at a water interface.

This excellent quality electrostatic generator consists of a charge generation system, an aluminum collector sphere, and an electric motor drive on a sturdy base.