Foot and Its Accessories

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Foot and Its Accessories

Prosthetic Foot

People with lower limb loss sometimes need prosthetic feet to complete certain activities, and even feet that help you run to help you achieve your activity goals.

The function of the prosthetic foot is mainly to imitate the human foot of a specific activity level. Of course, the prosthetic foot is also decorative for people who cannot walk. If you want to complete the walking action, then when your heel hits the ground, the prosthetic foot must act as a shock absorber to adapt to uneven terrain and provide a forward lever force when your toes are off the ground.

People with lower limb loss sometimes need a prosthetic system with a knee (if they are an above-knee amputee) or not if they are a below-knee amputee. Most use padding, and many also use sleeves to add comfort and performance to the leg system. But everyone needs a foot!
The new device opens the door to new opportunities and new activities for people who need prosthetic feet. A wide selection of feet, including many dynamic movements that simulate an anatomical foot, can help you achieve your activity goals. There are even feet designed specifically for running.

Prosthetic feet are designed to replace the function of a missing or impaired natural foot. They are often used by individuals who have undergone lower limb amputations or have congenital limb deficiencies. The primary goal of a prosthetic foot is to restore mobility, stability, and balance while providing comfort and facilitating a natural gait pattern. Here are some key functions and features of prosthetic feet:

Weight bearing: Prosthetic feet are designed to bear the weight of the individual and provide support during standing, walking, running, and other activities. The foot component is typically made from lightweight materials such as carbon fiber, which helps reduce the overall weight of the prosthesis.

Shock absorption: A prosthetic foot should absorb and dampen the impact forces generated during walking or running. It helps reduce stress on the residual limb, lower back, and other joints. Various mechanisms, such as springs or hydraulic systems, can be incorporated into the design to provide shock absorption and mimic the natural function of the foot and ankle.

Energy storage and return: Prosthetic feet often incorporate mechanisms to store and release energy during walking or running. This feature helps individuals generate forward propulsion and maintain an efficient gait. Energy-storing feet, such as carbon fiber blades or dynamic response feet, can help improve walking efficiency and reduce fatigue.

Stability and balance: Prosthetic feet play a crucial role in maintaining stability and balance during various activities. They are designed to provide a stable base of support, allowing users to maintain their center of gravity and minimize the risk of falls. The shape, alignment, and stiffness of the foot component are carefully considered to optimize stability.

Adaptability to terrain: Prosthetic feet should be versatile enough to adapt to different terrains and surfaces. Some feet are designed specifically for running, while others are optimized for walking or activities that require a combination of both. The design may include features like flexible toes or multi-axial joints to enhance ground compliance and accommodate uneven surfaces.

Comfort and fit: Prosthetic feet should be comfortable to wear for extended periods. They are customized to fit the individual's residual limb and are often adjustable to accommodate changes in the user's needs or preferences. Proper alignment and cushioning within the socket interface are essential for reducing pressure points and ensuring a secure and comfortable fit.

Our prosthetic foot solutions


Each prosthetic is developed with different activity levels in mind. Our restorative solutions make choosing easier by helping you find solutions that fit your lifestyle and daily activities.
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The contents of the inside of the case can vary greatly. Prosthetic feet are designed to fit the needs of your lifestyle and activity level. Here are some factors to consider.

Material. The material in the prosthetic foot varies by activity level. Wood, plastic, and foam are commonly used for feet designed for people with low activity levels who need stability. Carbon fiber floor mats meet the functional requirements of shock absorption and energy saving, and are lightweight.

Comfortable. A prosthetic foot must make you feel good in order to achieve your mobility goals. Comfort makes you more active, and the function of your prosthetic foot directly affects comfort.

Function. Prosthetic feet are designed to mimic a human foot at a specific activity level. For people who can't walk, this feature is mostly decorative. For those most active, the prosthetic foot must mimic a normal foot during walking. When you put your heel on the ground, it must act as a shock absorber, adapt to uneven terrain, provide a smooth heel-to-toe rollover, and provide a rigid lever for forward propulsion as you complete your stride ("toe-off" land") .

Multi-axis motion. Some prosthetic feet are designed to mimic the ankle, which allows the foot to move in multiple planes. The multiaxial ability of the foot allows you to raise and lower the forefoot; move the forefoot side to side; and gently roll the foot in and out. Multi-axis motion is required to walk comfortably and confidently on uneven ground when your feet have to adapt to whatever situation they encounter.

Energy storage. The feet made of carbon fiber for energy storage actually provide a spring for your steps. The carbon fiber acts as a spring, compressing when you apply weight and propelling you forward when your foot rolls, returning energy to your stride when the spring is released. Some prosthetics have a spring in the heel and a second spring in the forefoot: just what you need to walk, run, climb hills at all speeds or descend stairs with a safe, confident pace. With carbon fiber, the longer the spring, the more energy it can store and the more responsive the foot is.

Prosthetic Foot Manufacturer

PFC is a professional Chinese prosthetic foot manufacturer, we focus on R&D and production of prosthetics, prosthetic feet, and some orthopedic components. Our low ankle carbon fiber elastic foot has undergone one million bending and non-breaking tests, and the prosthetic foot made of carbon fiber is light and durable. The design of the split toe can provide you with the best balance bar. It is suitable for walking on different roads and imitates the design of human feet. It has the characteristics of shock absorption, cushioning, and elastic energy storage, making it lighter and more labor-saving to walk.

If you want to find professional prosthetic foot manufacturer or prosthetic feet and other accessories, please contact us, we will provide you with the most optimized price and highest quality.

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