Classroom Mechanics
Eisco™ Hand Held Centripetal Force Kit
Provides necessary tools to discover properties of rotational dynamics.
American Scientific Miniature Led Lights
Replace your outdated bulbs with this 21st century alternative
Eisco™ Wankel Rotary Engine Model
Shows the internal structure and operating principles of a Wankel engine.
Eisco™ Two-stroke Gas Engine Model
Shows the internal structure and operating principles of an air cooled two-stroke engine.
Eisco™ Malvern Fly Wheel Unit
Malvern Fly Wheel Unit for use with a large motor or generator and a lamp unit to demonstrate the conversion of electrical energy to kinetic energy, and then back again.
K'NEX Education™ Introduction to Simple Machines Building Sets
Bring STEM concepts to life as your students build fully functioning replicas of real-world machines, one at a time.
Eisco™ Glass Friction Rod
This Glass Friction Rod can be used together with a friction pad (typically wool, silk, fur, or cotton) to demonstrate the principles associated with static electricity. Approximately 30 cm long, 13 mm diameter.
Eisco™ Ballistic Pendulum
The Ballistic Pendulum contains everything needed to measure the momentum of a projected object.
United Scientific™ Engino™ STEM Mechanics: Gears and Worm Drives
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Engino™ STEM Mechanics: Levers and Linkages
Innovative product line to introduce and master STEM Concepts.
Eisco™ Hooke's Law Apparatus for Student Use - Supplied With Weights
Eisco Labs Hooke's Law Apparatus for student use. Supplied with weights, ideal for demonstrating the principles of elasticity and Hooke's Law in educational settings. Perfect for hands-on learning and experiments.
Eisco™ Pulley Demonstration Kit
Use the Pulley Demonstration Kit to investigate one of the six simple machines.
Eisco™ Demonstration Relay Unit
Allows the investigation and study of how a relay functions.
Eisco™ Parallelogram of Forces
Demonstrates the relationship between forces acting on a point.
Eisco™ Ballistics Car
The Ballistics Car demonstrates that the horizontal component of the velocity of a body thrown vertically upward from another body moving horizontally is independent of the vertical component of velocity.