Providing comfort, style, and technology to improve your quality of life.
With over 15 years of experience, we are dedicated to providing the highest quality prosthetic solutions tailored to each individual's needs. Our team of certified prosthetists combines cutting-edge technology with compassionate care.
To be the leading provider of innovative prosthetic and orthotic solutions in Africa, transforming lives through mobility and independence.
To deliver high-quality, affordable, and accessible prosthetic care through technology, expertise, and compassionate service to all individuals in need.
Comprehensive evaluation to determine the best prosthetic solution for your unique needs and lifestyle.
State-of-the-art fabrication process ensuring perfect fit, comfort, and functionality.
Physical therapy and training to help you adapt to your new prosthetic and regain mobility.
a custom-made toe prosthesis serves as a highly effective tool for recovering both form and function, helping the patient feel more comfortable and confident in their professional and social life. it cost 360 dollars
Leg
a custom-made foot prosthesis serves as a highly effective tool for recovering both form and function, helping the patient feel more comfortable and confident in their professional and social life. it cost 1350 dollars
Leg
This is a cosmetically finished, transtibial (below-knee prosthesis, complete with a prosthetic foot (inside a shoe), a pylon, a skin-toned cosmetic cover, and a high-profile socket for fitting and suspension The price range start from 650 dollars to 1350 dollars
Leg
A hand prosthesis is an artificial device that replaces a missing hand or portion of a hand, with the primary goal of restoring function, appearance, or both. The choice of prosthesis depends on the user's needs, desired function, and amputation level. 📝 Key Types of Hand Prostheses 1. Cosmetic (Passive) | None (manual repositioning) |Realistic appearance, balance, support. | Most realistic appearance, lightweight, durable, lowest cost. | No active grip or movement, must be positioned manually. | 2. Body-Powered | Harness and Cable System | Functional grip (opening/closing). | Highly durable, reliable, provides force feedback, lower cost. | Requires physical effort to operate, less cosmetic, visible cables/harness. | | 3. Myoelectric (Bionic) | Muscle Signals (EMG) | Motorized grip, multi-articulating (individual finger movement). | Stronger grip, most natural control, highly cosmetic (no harness). | Heavier, requires battery charging, high cost, lacks direct force feedback. | 🛠️ Common Components * Socket/Interface: The custom-fitted receptacle that connects the prosthesis securely and comfortably to the residual limb. * Suspension System: The method used to keep the prosthesis attached (e.g., suction, pins, harnesses). * Terminal Device: The component at the end of the arm, which can be a prosthetic hand (cosmetic or functional) or a specialized hook. In essence, hand prostheses range from highly lifelike, static silicone models to complex, robotic devices controlled by the user's own muscle impulses, offering solutions that prioritize aesthetics, rugged reliability, or high-tech dexterity. Would you like a detailed comparison between Body-Powered and Myoelectric prostheses?
Hand
The above-knee (transfemoral) prosthesis is an artificial limb replacing a leg amputated above the knee. It restores mobility and replaces the functions of the thigh, knee, and foot. ​Key Components: It consists of four main parts: ​Socket: The crucial custom interface connecting the prosthesis to the residual limb. ​Knee Joint: The artificial mechanism (mechanical or microprocessor-controlled) that provides controlled flexion and extension. ​Pylon: The structural support column (often carbon fiber). ​Foot/Ankle: Provides balance, shock absorption, and propulsion. The price range start from 790 dollars to 2,194 dollars
Leg
A custom-made finger prosthesis serves as a highly effective tool for recovering both form and function, helping the patient feel more comfortable and confident in their professional and social life. it one cost 270 dollars
Finger
A Knee-Ankle-Foot Orthosis (KAFO) is a comprehensive, full-leg brace designed to provide support, stability, and correction for the entire lower limb, spanning the thigh, knee, A Knee-Ankle-Foot Orthosis (KAFO) is a comprehensive, full-leg brace designed to provide support, stability, and correction for the entire lower limb, spanning the thigh, knee, ankle, and foot. Primary Function To stabilize the knee joint (preventing buckling or hyperextension) while also controlling the ankle and foot. It acts as an external skeleton for the lower limb. Key Components Custom-molded thigh and calf sections connected by metal or carbon fiber uprights with a specialized knee joint and an Ankle-Foot Orthosis (AFO) component at the bottom. Indications (Uses) Prescribed for individuals with severe muscle weakness, paralysis, or significant joint instability affecting both the knee and ankle (e.g., Post-Polio Syndrome, Spinal Cord Injury, Muscular Dystrophy, or severe Stroke). | Main Goal To enable the user to stand and walk (ambulate) safely by ensuring joint alignment, reducing pain, and preventing unwanted or harmful motion. ⚙️ Types of KAFO Knee Joints The knee joint mechanism is the most critical feature and determines the KAFO's function: * Locked/Fixed KAFO: Provides maximum stability by manually locking the knee joint in a straight position. This prevents knee collapse but requires a less natural, high-energy gait (swinging the leg). * Stance Control KAFO (SCKAFO): An advanced system that locks automatically during weight-bearing (stance phase) for stability and unlocks automatically during the swing phase (when the foot is lifted) to allow the knee to bend, leading to a much more natural and energy-efficient walking pattern. * Microprocessor KAFO (MPKAFO): The most high-tech option (like the C-Brace), using sensors and microprocessors to continuously adapt the knee's resistance in real-time to the user's movements, providing optimal control on varying terrains and during stumble recovery. The KAFO is essential for restoring standing and walking ability when lower limb control is severely compromised. Would you like to know about the orthosis that extends even higher, the Hip-Knee-Ankle-Foot Orthosis (HKAFO)?
Lower limb
An Ankle Foot Orthosis (AFO) is an external supportive device, or brace, that encompasses the lower leg, ankle, and foot. They are custom-made or off-the-shelf and typically extend from just below the knee down to the foot. The main goals of prescribing an AFO are to improve a person's gait (walking pattern), stability, and mobility. ​Support Weak Muscles: They are frequently used to treat foot drop (or "drop foot"), a condition where weakness in the muscles prevents the person from lifting the front part of the foot while walking. The AFO helps to lift the foot, clearing the toes and preventing tripping. AFOs are used across a wide range of neurological and musculoskeletal disorders, including: ​Stroke (Cerebrovascular Accident) ​Cerebral Palsy (CP) ​Multiple Sclerosis (MS) ​Charcot-Marie-Tooth Disease ​Spinal Cord Injury ​Peroneal Nerve Injury ​Severe Ankle Arthritis ​Control Alignment: They stabilize the ankle and foot to ensure proper alignment, which is crucial for standing, balancing, and distributing weight efficiently. ​Prevent/Correct Deformity: They can manage high or abnormal muscle tone (spasticity) to prevent the development of permanent joint deformities. ​Improve Mobility: By providing stability and controlling the foot and ankle, AFOs can make walking safer, reduce the effort required, and allow the user to maintain activity for longer periods. ​Pain Reduction: Proper alignment and support can reduce strain on injured joints or tendons, thereby alleviating pain associated with various foot and ankle conditions.
Lower limb
An ortho prosthesis (or orthopedic prosthesis) is an artificial device designed to replace a missing or damaged body part within the musculoskeletal system. ​Its main purpose is to restore function, mobility, and/or appearance to the affected individual. ​Key aspects include: ​Replacement: Unlike an orthosis (which supports an existing body part), a prosthesis takes the place of a part that is completely missing or non-functional. ​Examples: This includes external devices like prosthetic limbs (arms or legs) after an amputation, and internal surgical implants like artificial hip or knee joints. ​Goal: To help the person regain independence and the ability to perform daily activities.
Custom
A spinal brace (or spinal orthosis) is a medical device designed to support, stabilize, and limit movement of the spine following injury, surgery, or to manage conditions like scoliosis, fractures, or instability. ​The braces vary widely in design and material, ranging from soft, flexible wraps for mild support to rigid, custom-molded plastic devices for maximum immobilization. ​Their primary goals are to: ​Immobilize the spine to promote healing. ​Stabilize injured or weak spinal segments. ​Prevent further injury or the progression of a deformity. ​Reduce pain by restricting painful movement. ​The specific type of brace prescribed depends on the location and severity of the condition (e.g., LSO for the low back, TLSO for the mid-to-low back, or a Cervical Collar for the neck).
SpinalYour donation helps us provide prosthetic care to those who cannot afford it. Together, we can restore mobility and hope to individuals in need.
Your generous contribution will help provide prosthetic limbs, rehabilitation services, and ongoing support to those in need.
P. O Box GY94 - Nsawam
+233247125703
+23355588354
+233507881974
qualitycaresolutions4@gmail.com
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