"dab SCIENTIFIC INC."

This wooden machine is elegantly designed to demonstrate how a wedge can increase mechanical advantage.

This kit is a unique teaching tool for introducing students to the chemistry behind plant pigments (the blueberry bio-pigment cyanidin) and how they can be used as pH indicators and fabric dyes.

Small temperature difference create motion in this unique engine.

Vividly demonstrate centripetal forces with this exciting apparatus.

Developed in collaboration with a science teacher from Pennsylvania, our build your own solar LED Jar light is a fun and creative way to teach and learn about solar electricity. Use your own mason jar or recycled jar and build a colorful LED light that automatically comes on at night and goes off at dawn. Comes with everything you need. This kit requires soldering. Tools needed are soldering iron, solder & flux, hot glue gun, electric drill, 3V 70mA Polycrystalline Solar Panel, Dusk/dawn circuit board, 2 Bright 5mm LED's BLUE, 2 AAA NiMH rechargeable batteries & Battery holder and wires.
A portion of the proceeds from the sales of this kit are being donated to help provide solar lighting solutions to disadvantaged communities in Africa.

Essential accessories for the Visual Scientifics laboratory system.

Demonstrate Lenz's Law!

Whiteboard Color Optics are a complete system for investigating color, reflection, and refraction.

A simple way to demonstrate parallel and series circuits.

The Lenz's Law Kit investigates how much force an induced magnetic field can create.

Right angle and equilateral prisms are available in a variety of forms.

These Optical Refraction Components are made from imported optical glass or acrylic with optically worked surfaces.

Show the difference between three pendulums with different lengths.

Sturdy box for investigating frictional forces.

Watch and be amazed at what your music can do with the new Snap Circuits® LIGHT

Perfect compliment for a ray box.