Prosthetic legs are artificial limbs that replace amputated legs. How prosthetic legs work can vary depending on the technology and type of prosthesis used. But in general, prosthetic legs are designed to perform movement and help patients continue their daily activities. Here's an explanation of how prosthetic legs work based on different types of prosthetics:

 

 

Conventional Prosthetics: Conventional prosthetic legs are based on simple mechanical principles. Users can secure the prosthesis via assisted placement on the surface of the leg or through straps that hold the prosthesis. Users can perform walking movements using their leg muscles. These types of prostheses usually use low-cost mechanical joints and have limited mobility.

 

Myoelectric Prostheses: Myoelectric prostheses are more advanced prostheses that work with muscle signals. Electrodes are placed over the muscles of the leg and detect muscle signals. These muscle signals are processed by microcontrollers and used to control the movement of the prosthesis. Users can move the prosthesis with thought or muscle activity. For example, they may perform actions such as lifting, releasing, or tilting the prosthesis.

 

Hydraulic or Pneumatic Prostheses: These types of prostheses provide movement using fluid pressure (hydraulic) or air pressure (pneumatic). Special systems in the prosthesis aim to provide a more natural step and movement during walking. For example, they can be adjusted to stabilize when pressing on the ground.

 

Bionic Prostheses: Bionic prostheses are prostheses designed using high technology. They provide more natural and precise movements using parts such as electronic components, sensors and microcontrollers. Users can control the prosthesis using muscle signals or external signals. Bionic prostheses allow complex movements to be performed.

 

How prosthetic legs work can vary greatly depending on the technology used and the type of prosthesis. It is important for users to gain training and experience in order to use their prostheses effectively. Therefore, the guidance and training of a prosthodontist is critical in this process.