Human Arm Model Without Sensors for School, Colleges and Universities Purpose.

The Human Arm Mechanical Model simulates the muscles and movements of an actual human arm. Students can pull a cord using a force sensor to activate arm movements and measure position changes at the shoulder and elbow using the two built-in potentiometers and an angle sensor. These measurements help determine the torque applied when lifting an object. Students can also evaluate the work performed by the arm when throwing a ball and the resulting kinetic energy delivered to it.

Designed and manufactured by Atico Export to meet the practical requirements of modern biomechanics laboratories and educational training facilities.

What's included :

• 1 Human arm mechanical model
• 2 Built-in potentiometers

Note : Sensors are not included.

• Simulates the muscles and movements of a human arm.
• Supports different movements, including extending, lifting, curling and overhand throwing.
• Different arm muscles can be activated by selecting different pulleys.
• Enables static force measurements to study muscle tension at various arm positions.
• Measures shoulder and elbow position changes through two built-in potentiometers.
• Allows torque calculations during object lifting.
• Supports experiments involving work and kinetic energy during ball throwing.
• Force and angle sensors can be used for experimental measurements.