Advanced Transfemoral Prosthesis: Cutting-edge Mobility Solution with Smart Technology

email [email protected]
EN EN
Fujian Guozi Rehabilitation Medical Co..Ltd
Fujian Guozi Rehabilitation Medical Co..Ltd
Get a Quote
Home
Prosthetic down
Material down
Orthotic Components
Tools down
Machines
About
Contact
Get a Quote

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

transfemoral prosthesis

A transfemoral prosthesis is an advanced medical device designed to replace a leg amputated above the knee. This sophisticated prosthetic solution combines cutting-edge materials and smart technology to provide users with enhanced mobility and independence. Modern transfemoral prostheses feature microprocessor-controlled knee joints that automatically adjust to different walking speeds and terrains, ensuring optimal stability and natural movement patterns. The device typically consists of a custom-fitted socket, knee mechanism, pylon, and prosthetic foot, all working in harmony to replicate natural leg function. Advanced models incorporate sensors and artificial intelligence to predict user movement intentions, allowing for seamless transitions between activities like walking, standing, and navigating stairs. The socket is carefully designed using 3D scanning technology and biocompatible materials to ensure maximum comfort and optimal weight distribution. Energy-storing components in the foot and knee mechanisms help reduce the energy expenditure required for walking, making daily activities less strenuous for users. The integration of lightweight, durable materials such as carbon fiber and titanium alloys helps maintain strength while minimizing the overall weight of the prosthesis.

Popular Products

7R02 Manual Lift Grinder VIEW DETAILS

7R02 Manual Lift Grinder

7Y13 Flat Plate Heater VIEW DETAILS

7Y13 Flat Plate Heater

3R313PM Knee Joint with Pyramid & Manual Lock VIEW DETAILS

3R313PM Knee Joint with Pyramid & Manual Lock

7E5 Single Axis Hip Joint with Manual Lock VIEW DETAILS

7E5 Single Axis Hip Joint with Manual Lock

Transfemoral prostheses offer numerous benefits that significantly improve the quality of life for individuals with above-knee amputations. The primary advantage lies in the restoration of mobility, allowing users to return to their daily activities with confidence. Modern microprocessor-controlled knees provide enhanced stability, reducing the risk of falls and increasing user confidence across various terrains. The adaptive technology automatically adjusts to different walking speeds and activities, making transitions between movements more natural and requiring less conscious effort from the user. Customization options ensure a perfect fit for each individual, maximizing comfort and minimizing skin irritation. The use of lightweight materials reduces fatigue during extended use while maintaining durability for long-term reliability. Advanced shock absorption systems help protect the residual limb from impact forces, contributing to better joint health and overall comfort. The integration of smartphone connectivity allows users to monitor their prosthesis performance and make adjustments as needed. Energy-storing components significantly reduce the physical effort required for walking, helping users maintain higher activity levels throughout the day. The aesthetic design options available allow users to personalize their prosthesis, contributing to improved self-image and confidence. Regular software updates ensure the prosthesis continues to evolve with technological advancements, providing users with ongoing improvements in functionality and performance.

Tips And Tricks

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

transfemoral prosthesis

carbon fiber socket
lower limb prosthesis
prosthetic knee joint
hydraulic ankle foot
titanium pylon
waterproof prosthesis
Advanced Microprocessor Control System

Advanced Microprocessor Control System

The cornerstone of modern transfemoral prostheses is their sophisticated microprocessor control system, which revolutionizes the user experience through real-time adaptation and intelligent response mechanisms. This system continuously monitors and adjusts the prosthesis's behavior based on the user's movement patterns, walking speed, and environmental conditions. Multiple sensors throughout the device collect data about position, acceleration, and pressure, processing this information thousands of times per second to make instantaneous adjustments. This responsive technology enables smooth transitions between different activities, from level walking to navigating stairs or inclines, without requiring manual adjustments from the user. The system's predictive capabilities anticipate movement intentions, providing preemptive stability control and reducing the cognitive burden on the user during daily activities.
Customized Comfort and Fit Technology

Customized Comfort and Fit Technology

The success of a transfemoral prosthesis largely depends on its ability to provide a comfortable, secure fit for the user's residual limb. Advanced 3D scanning and modeling technologies create highly detailed maps of the residual limb's surface geometry, enabling the fabrication of perfectly contoured sockets. This precision fitting process incorporates pressure mapping data to identify and accommodate sensitive areas, ensuring optimal weight distribution and minimizing discomfort. The socket design includes strategic ventilation and moisture management systems to maintain skin health during extended use. Dynamic socket systems can automatically adjust their fit throughout the day to accommodate volume changes in the residual limb, maintaining consistent comfort and security. This technological approach to customization significantly reduces the risk of skin irritation and improves the overall user experience.
Energy Storage and Return System

Energy Storage and Return System

The energy storage and return system represents a significant advancement in prosthetic technology, dramatically improving the efficiency of movement and reducing the physical demands on users. This innovative system captures and stores energy during the stance phase of walking, similar to how natural tendons function in biological legs. The stored energy is then released at precisely timed moments during the gait cycle, providing forward propulsion and reducing the muscular effort required for walking. Advanced carbon fiber components and specialized spring mechanisms work in concert to optimize this energy return, resulting in more natural movement patterns and reduced fatigue. This system adapts to different walking speeds and activity levels, providing appropriate energy return for various situations, from casual walking to more demanding physical activities. The result is a more efficient and natural gait pattern that helps users maintain higher activity levels with less physical exertion.

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000