The prosthetic arm is designed as an artificial limb that replaces a missing arm. How a prosthetic arm works may vary depending on the technology and type of prosthesis used. Here is a general explanation of how a prosthetic arm works according to different types of prosthetics:

 

 

Mechanical Prostheses:

Mechanical prostheses work with simple mechanical mechanisms. Users move the prosthesis using muscle power. These types of prostheses are generally used to perform balanced and basic movements.

 

Myoelectric Prostheses:

Myoelectric prostheses provide movement using muscle signals. Electrodes placed on the surface of the prosthesis detect the user's muscle activity. These muscle signals are processed by microcontrollers and transmitted to the prosthesis' motors. The user can control the movement of the prosthesis through thought and muscle activity. For example, hand grasping or releasing movements can be performed with thought.

 

Hydraulic Prostheses:

Hydraulic prostheses provide movement using fluid pressure. The fluid inside the prosthesis is moved by muscle power or another mechanism. These types of prostheses are designed to provide smoother and more natural movement.

 

Bionic Prostheses:

Bionic prosthetics can sense and perform movement using high-tech parts such as electronic components, sensors and microcontrollers. Users can make more natural and precise movements by processing muscle signals or external signals.

 

 

The details of how a prosthetic arm works vary depending on the technology and type of prosthesis used. Prostheses generally focus on providing movement by sensing the patient's muscle activity or thoughts. Training and adaptation may be required for users to use these prostheses effectively.