Classroom Mechanics
United Scientific™ Hall's Carriage
United Scientific Hall's Carriage is perfect for demonstrations and investigating principles such as Newton’s laws, acceleration, velocity and friction.
Eisco™ Center of Mass, Double Cone, and Plane Demonstration
Defy gravity as cone appears to roll upward. The Center of Mass, Double Cone, and Plane Demonstration has a wooden frame with diverging rails and a double-ended cone.
United Scientific™ Motion Balls, Solid or Drilled
Motion Balls are ideal for pendulum bobs or collision experiments.
Eisco™ Wankel Rotary Engine Model
Shows the internal structure and operating principles of a Wankel engine.
United Scientific™ Engino™ STEM Simple Machines Set
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Dynamics Carts
Ideal for demonstrating experiments in conservation, velocity, collisions, and momentum.
Eisco™ Wheatstone Bridge
Substantial bridge with brass strips mounted on hardwood base.
Eisco™ 1 in. Drilled Steel Ball
The EISCO 1 in. Drilled Steel Ball can be used for collision and pendulum demonstrations.
Eisco™ Trajectory Apparatus Kit - Model to demonstrate two-dimensional motion.
Model to demonstrate two-dimensional motion.
Eisco™ Collisions Kit
The Collisions Kit is an ideal tool to supplement introducing students to the concept of collision, momentum, and conservation of energy.
Eisco™ Manual Transmission Gearbox Demo
Manual transmission gearbox demo shows the fundamentals of how a manual transmission works.
Eisco™ Uniform Motion Vehicle
Designed to aid in exploration of concepts like Newton’s laws, linear motion, constant velocity.
Eisco™ Inertia Demonstration Kit
Demonstrates inertia in a simple experiment that is suitable for middle school, high school, or even basic college physics.
Eisco™ Insulated Connecting Lead, 12 in.
Traditional black connecting lead is ideal for electrical or laboratory electric testing and physics experimentation
Eisco™ Newton Fan
Newton Fan for demonstrating Newton's Laws. Designed for experiments where the use of a constant external force is needed. The fan has both low and high settings. The position of the fan can be adjusted to vary postion, velocity and acceleration.