LEG PROSTHESIS

Leg prostheses, also known as artificial legs or prosthetic limbs, are devices designed to replace a missing or amputated leg. These prosthetic limbs are intended to restore mobility, stability, and functionality to individuals who have lost a lower limb due to injury, illness, or congenital conditions.

Modern leg prostheses have advanced significantly in recent years, incorporating various technologies and materials to improve their performance and comfort. Here are some key components and features commonly found in leg prostheses:

Socket: The socket is the part of the prosthesis that attaches to the residual limb. It is custom-made to fit the individual's anatomy, providing a secure and comfortable connection.

Suspension system: This system holds the prosthesis in place. Different suspension methods include suction, straps, sleeves, or vacuum-assisted suspension, depending on the individual's needs and the level of amputation.

Pylon: The pylon is a structural component that connects the socket to the foot. It provides support and stability to the prosthesis.

Foot/ankle component: The foot component of a leg prosthesis replicates the function of a natural foot. It absorbs shock, provides stability, and assists in walking or running. There are various types of feet available, such as solid-ankle cushioned heel (SACH) feet, energy-storing feet, and dynamic response feet.

Knee component: For individuals with above-knee amputations, the knee component plays a crucial role in walking, running, and other activities. There are different types of knee mechanisms, including mechanical knees, hydraulic knees, and microprocessor-controlled knees. Microprocessor-controlled knees use sensors and algorithms to adapt to the individual's movement and provide a more natural gait.

Prosthetic cover: Some individuals opt for prosthetic covers to simulate the appearance of a natural leg. These covers can be customized to match the person's skin tone or can be designed with various patterns and styles.

It's important to note that the specific components and features of a leg prosthesis will depend on the individual's needs, the level of amputation, and the recommendations of their healthcare team. Prosthetists, who are specialized healthcare professionals, work closely with individuals to design, fit, and adjust prostheses to ensure optimal function and comfort.

If you or someone you know is in need of a leg prosthesis, it is recommended to consult with a prosthetist or a healthcare professional specializing in prosthetics to discuss the available options and determine the best solution for your specific situation.

FDM
PLA or Carbon fiber
Good coating
Filling density: 20%.

Material temperature: As indicated in the PLA

Printing plate temperature: 60 °C

Printing speed: 55 mm/s

Type of adhesion to the plate: Border