Prosthetic Knee Solutions
Advanced Prosthetic Knee Systems for Stability, Safety, and Natural Movement
Key Features of Modern Prosthetic Knee Systems
Adaptive Motion Control
Designed to support smoother, more controlled walking patterns.
Multiple Technology Options
Includes mechanical, hydraulic, and microprocessor-controlled knees.
Customized Component Selection
Matched to your mobility level, lifestyle, and functional goals.
Ongoing Adjustments & Care
Regular follow-ups to maintain performance, comfort, and safety.
Types of Prosthetic Knee Systems
We work with a wide range of prosthetic knee systems from leading manufacturers, offering advanced technology designed to support stability, safety, and natural movement. Each prosthetic knee is selected based on individual mobility level, lifestyle, and clinical needs, ensuring the most appropriate combination of function, control, and comfort.
Genium X4 - Ottobock
Navii - Ossur
Kneuro - BrainRobotics
C-Leg 4 Ottobock
Kenevo - Ottobock
MICROPROCESSOR KNEE SYSTEMS
Microprocessor knees use sensors and onboard processors to continuously adjust resistance in real time, helping improve stability, adapt to different walking speeds, and enhance safety across varying terrain.
Genium X4 — Next-Generation Microprocessor Knee
The Genium X4 is designed for real-world use, featuring a waterproof and corrosion-resistant build with extended battery life. It supports smoother gait initiation, improved control on ramps and stairs, and more natural movement across different environments.
Key Features:
- Waterproof and corrosion-resistant design
- Long battery life with multiple user modes
- Smooth gait initiation and transition control
- Enhanced stability on ramps and stairs
C-Leg 4 — Proven Stability and Reliability
The C-Leg 4 is widely recognized for its consistent performance and ability to provide controlled movement on uneven terrain, slopes, and during everyday activities.
Key Features:
- Reliable stance control for added safety
- Smooth downhill and ramp navigation
- Controlled, consistent gait pattern
Kenevo — Stability-Focused Support
The Kenevo is designed for individuals who prioritize safety and stability, often used in rehabilitation or for those with lower activity levels. It provides additional support during standing and walking.
Key Features:
- Increased stability during stance phase
- Designed for slower walking speeds
- Supportive and confidence-building movement
Navii — Adaptive and Intuitive Control
The Navii uses advanced sensor technology to adjust hydraulic resistance in real time, allowing for smoother movement and responsiveness across changing terrain and walking speeds.
Key Features:
- Real-time adaptive resistance
- Responsive ground adaptation
- Smooth, intuitive walking experience
ADDITIONAL MICROPROCESSOR & POWERED KNEES
We also offer a variety of advanced prosthetic knee systems, allowing for further customization based on patient needs and activity level.
- Genium
- RHEO Knee XC
- RHEO Knee
- POWER KNEE
- Orion3
- Linx
- Plié 3
- ALLUX 2
- Quattro
- Icon
Kneuro — Advanced Sensor-Based Control
The Kneuro integrates multi-sensor technology to provide continuous micro-adjustments throughout each step, supporting balance and controlled movement.
Key Features:
- Multi-sensor responsiveness
- Stable stance and controlled swing phase
- Continuous movement adjustment
HYDRAULIC & MECHANICAL KNEE SYSTEMS
Mechanical and hydraulic knees provide reliable, durable solutions for individuals with varying mobility levels. These systems are often selected based on simplicity, stability, and functional needs.
Ottobock 3R106
Durable mechanical knee designed for stability and everyday use.
Total Knee 2000
Polycentric design offering enhanced stability during stance phase.
3R80
Hydraulic knees that support more dynamic walking with controlled swing phase.
3R60
Weight-activated stance control knee designed for increased safety during walking.
Guardian
Built for safety and controlled movement in lower activity users.
Balance Knee OFM1
Designed to improve balance and controlled stance.
Total Knee 1900
Polycentric knee offering stability and smoother gait mechanics.
WHO CAN BENEFIT FROM A PROSTHETIC KNEE SYSTEM
Prosthetic knee systems are typically used for individuals with:
- Above-knee (transfemoral) amputations
- Knee disarticulation amputations
- Limb loss due to trauma, vascular conditions, infection, or cancer
Each patient is evaluated individually to determine the most appropriate prosthetic design and expected functional outcomes.
BENEFITS OF A PROPERLY FITTED PROTHETIC KNEE
- Improved walking stability
- Better balance and weight distribution
- Increased safety during movement
- More natural gait patterns
- Ability to navigate different terrains (depending on system)
- Enhanced independence in daily activities
HOW PROSTHETIC KNEES WORK
Prosthetic knees are designed to replicate the function of the natural knee by providing controlled flexion and extension during walking. Depending on the type of system, they may use mechanical joints, fluid resistance, or computerized sensors to manage movement.
Proper alignment and integration with the socket and foot components are essential to ensure stability, reduce energy expenditure, and promote efficient gait patterns.
Our 5 Step Approach to Prosthetic Knee Fitting
1. Comprehensive Evaluation
2. Component Selection
3. Custom Fitting & Alignment
4. Training & Adaptation
5. Ongoing Care
Frequently Asked Questions About Prosthetic Knees
How do I know which prosthetic knee is right for me?
Are microprocessor knees better than mechanical knees?
How long does it take to get used to a prosthetic knee?
Can I walk normally with a prosthetic knee?
How often does a prosthetic knee need maintenance?
Find the Right Prosthetic Knee for Your Needs
Our team provides personalized prosthetic solutions designed to support your mobility, safety, and long-term comfort.