Simple Machine Apparatus

EISCO 1 in. Drilled Hardwood Ball

The EISCO 1 in. Drilled Hardwood Ball can be used for collision and pendulum demonstrations.

EISCO 3/4 in. Drilled Steel Ball

The EISCO 3/4 in. Drilled Steel Ball can be used for collision and pendulum demonstrations.

Eisco™ Drilled Aluminum Ball Products for Science Education

Can be used for collision and pendulum demonstrations

EISCO 1 in. Drilled Steel Ball

The EISCO 1 in. Drilled Steel Ball can be used for collision and pendulum demonstrations.

EISCO Inclined Plane and Cart Model Products for Science Education

Elegantly designed wooden machine for easy student use.

3B Scientific™ Economy Ballistic Pendulum Products for Science Education

Study the laws of conservation of momentum and the trajectory path.

EISCO Block and Tackle Model Products for Science Education

Watch how this simple device lifts large loads with little effort using multiple pulleys.

EISCO Gear Train Model Products for Science Education

Sturdy wooden construction is ideal for hands-on classroom use.

Four-Stroke Gas and Diesel Engines Products for Science Education

Air-cooled, side-valve four-stroke engines for gas or diesel.

EISCO Wedge Model Products for Science Education

Demonstrates how a wedge can increase mechanical advantage.

Basic Inclined Plane Products for Science Education

Designed specially for students.

EISCO Inclined Plane and Friction Board Products for Science Education

Ideal apparatus to investigate sliding friction.

3B Scientific™ Mechanics Student Experiment Kit Products for Science Education

Set of equipment for carrying out 23 student experiments in classical mechanics.

3B Scientific™ Pendulum with Plotting Electrode Products for Science Education

Cylindrical pendulum bob with sliding plotter electrode for experiments to confirm Kepler's law governing areas covered by a body subject to a central force that can be demonstrated by means of powder tracing.

EISCO Motion Converter Model Products for Science Education

Demonstrates how rotational motion can be converted into linear motion similar to power train systems.

EISCO Hall's Carriage

The EISCO Hall's Carriage is a great tool that is useful for teaching students about dynamics when used in conjunction with an incline plane. One piece plastic body with facility to add weights on the top.

EISCO Pendulum Model Products for Science Education

Rigid-body pendulum enables students to study the relationship between pendulum length and period of the swing.

EISCO Wheel and Axle Model Products for Science Education

Learn how this simple machine reduces the force needed to move a load.

3B Scientific™ Student Mechanics Experiment Set Products for Science Education

Set of apparatus for 26 basic experiments on the mechanics of solids, liquids, and gases

EISCO Pulley Model Products for Science Education

Demonstrates how the use of several pulleys can increase mechanical advantage.

3B Scientific™ Free Fall Apparatus Products for Science Education

Easy to set up and use; highly accurate

EISCO Lever Model Products for Science Education

Discover the power of levers.

EISCO Fulcrum Balance Model Products for Science Education

Illustrates how variations to the fulcrum distance affect the mechanical advantage.

EISCO Screw Model Products for Science Education

Square top allows easy measurement of the distance screw top is turned compared to its distance into the board.

EISCO Gear Rack Model Products for Science Education

Simple gear and rack system demonstrates how gears turn rotational motion into translational motion.

Deluxe Intermediate Inclined Plane Products for Science Education

Fully assembled physics lab features an inclined plane with hinged base and pulley.

Electric Bell Model Products for Science Education

With clearly visible functional parts.

K'NEXEducation™ Simple Machines Deluxe Set Products for Science Education

Powerful tools for creative teaching.

United Scientific Supplies Supplied Friction on an Inclined Plane Set Products for Science Education

Used to demonstrate the resolution of forces on an inclined plane, uniform and accelerated motions, kinetic and potential energies and the friction between two surfaces.

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