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Filtered Search Results
Eisco™ Malvern Eddy Current Unit
Malvern Eddy Current Unit for the demonstration of eddy current braking when used in conjunction with a hand wheel driving unit.
United Scientific™ Inertia Balance
The Inertia Balance consists of two platforms connected by a pair of flexible steel arms.
United Scientific™ Friction Board with Blocks
Our Friction Board with Blocks demonstrates the difference in force required to drag blocks across different surfaces.
United Scientific™ Friction Cubes Pack of 5
Friction Cubes Set of 5 explores how the different surfaces affect the frictional force on a moving object.
United Scientific™ Large Motion Cart
This large motion cart is designed to explore and test different motion topics.
United Scientific™ Inertia Apparatus
The Inertial Apparatus demonstrates Newton's First Law of Motion.
United Scientific™ The Spillnot™ Plus
The Spillnot™ Plus offers a modern take on the classic Waiter's Tray demonstration.
Eisco™ Metal Inertia Ball with 3 Fixed Eye Bolts
Suspend from the ceiling or a stand for multiple experiments. The Metal Inertia Ball with 3 Fixed Eye Bolts is used to demonstrate Newton's First Law of motion or can also be used as a pendulum bob.
Supertek™ Wave Demonstrator
Greener Choice
Offers one or more environmental benefits itemized in the U.S. FTC Green Guides.
Learn More
Offers one or more environmental benefits itemized in the U.S. FTC Green Guides.
Learn More
Wave Demonstrator is a 6-foot metal helical spring. This high-quality spring is ideal for demonstration of travers waves, wave propagation, wave reflection and standing waves
United Scientific™ Motion Balls, Solid or Drilled
Motion Balls are ideal for pendulum bobs or collision experiments.
| Product Type | Steel Ball |
|---|
United Scientific™ Engino™ STEM MECHANICS: Levers, Linkages and Structures
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Engino™ STEM Simple Machines
Innovative product line to introduce and master STEM Concepts.
United Scientific Supplies The Spillnot™
Uses the principles of Newtonian physics to keep the liquid in the container.
Eisco™ Gear Rack Model
Simple gear and rack system demonstrates how gears turn rotational motion into translational motion.