Human Arm Model for School, Colleges and Universities Purpose.

The Human Arm Model simulates the muscles and movements of an actual human arm. Students can pull a cord using a force sensor to activate the arm's motion. Changes in position at the shoulder and elbow are measured using two built-in potentiometers and an angle sensor. This information can be used to 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 transferred to the ball. The model supports various movements, including arm extension, lifting objects, curling, and overhand ball throwing. Different muscle groups are activated by selecting different pulleys. Static force measurements can also be performed to investigate changes in muscle tension at different arm positions.

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

What's included :

• 1 × Human Arm Model.
• 1 × Angle Sensor.
• 1 × Removable Mass.
• 1 × Cord and Cord Locks.
• 1 × Mounting Bracket with Rod.
• 1 × Force Sensor Mounting Rod.
• 1 × Rubber Ball.

• Study of human arm mechanics and muscle action.
• Investigation of biceps and triceps functions.
• Measurement of torque during weight lifting.
• Analysis of work and kinetic energy during ball throwing.
• Study of muscle tension at different arm positions.
• Demonstration of biomechanics principles.

• Working model of the human arm.
• Demonstrates the relationship between triceps and biceps muscle action and arm movement.
• Measures torque generated while lifting weights.
• Simulates different arm movements, including extension, lifting, and curling.
• Demonstrates overhand ball throwing.
• Measures shoulder and elbow positions using built-in potentiometers and an angle sensor.
• Supports static force measurements to study muscle tension at different arm positions.
• Compatible with a force sensor for activating and measuring arm movement.