Classroom Mechanics
Eisco™ Pulley Model
Demonstrates how the use of several pulleys can increase mechanical advantage.
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™ Engino™ STEM MECHANICS: Levers, Linkages and Structures
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Rolling Friction Carts - Set of 4
This set of Rolling Friction Carts includes four carts of equal mass, each with wheels made from a different material.
United Scientific™ Acceleration Line Trolley
The acceleration trolley rides down a long 30-foot cable with steel spring clamps on the ends.
United Scientific™ Inclined Plane and Lever Kit
Explore basic mechanics concepts with this Inclined Plane and Lever Kit, an all-metal, freestanding apparatus, designed for both durability and ease of use.
Eisco™ Parallelogram of Forces
Demonstrates the relationship between forces acting on a point.
United Scientific Supplies The Spillnot™
Uses the principles of Newtonian physics to keep the liquid in the container.
United Scientific Supplies Newtonian Demonstrator
Illustrates Newton's Third Law of Motion and the principle of Conservation of Momentum.
Eisco™ Wooden Lever
This Wooden Lever is ideal for use in physics classrooms to explore lever, simple machines, and forces.
Eisco™ Rolling Friction Cars
Provides four cars for exploration into force of friction.
Eisco™ Ticker Timer Tape
The Ticker Timer Tape is replacement paper tape to be used with ticker timers.
Eisco™ Loop the Loop with 2 Steel Balls, Centripetal Acceleration Demonstration
Loop the Loop with 2 Steel Balls includes everything needed to demonstrating centripetal acceleration and transformation of potential into kinetic energy
United Scientific™ Friction Rods and Pads
Ideal tools for demonstrating static electricity.
Eisco™ Internal Gear and Pinion Drive Mechanical Demonstration Model
The Internal Gear and Pinion Drive is an interactive visual demonstration of a compact and efficient gear mechansism design affording high torque and gear reduction capabilities.