Evolution Health Care Pvt. Ltd.

Adajan, Surat, Gujarat

Clubfoot is a congenital (present at birth) condition in which your babys foot or feet turn inward. It wont go away on its own, but with early treatment, children experience good results. Approximately 1 in every 1, 000 babies will be born with clubfoot, which makes it one of the more common congenital foot deformities. It also known as congenital talipes equinovarus shortly CTEV foot.

Bracing

Your care team may recommend bracing after your baby has finished the Ponseti or French method. Even if those treatments worked, your babys foot can move back to the incorrect position. A brace keeps their foot at the correct angle, so it doesnt move out of position. The brace is usually a pair of shoes with a metal bar connecting them. The brace is often called boots and bar. Its important to: ALSO known as CTEV splint or DB splint.

Have your child wear the brace every day for three months, then only at night or naps for typically four years.

Follow the instructions carefully. If your child doesnt wear the braces when theyre supposed to, their foot may return to the clubfoot position again.

There are several types of braces. Your provider will discuss your options so you can find the right brace for your child.

There are two types of prosthetic ears. The first adheres to the skin using safe, biocompatible glue, and the second type is called an osseointegrated prosthesis. If you choose to receive an osseointegrated prosthetic ear, your surgeon will place several titanium implant posts into the bone around the ear.
If you choose to receive an osseointegrated prosthetic ear, your surgeon will place several titanium implant posts into the bone around the ear. The silicone ear will then snap securely onto these implants. Both types of prostheses are removable. You should take off your prosthetic ear before you sleep or participate in athletic activities, and you should also remove it once a day to thoroughly clean the ear and underlying tissue. Typically, these prostheses last between one and three years, depending on maintenance, environment, activity level, and other factors.

Why it Needed?We custom-make your silicone finger prosthesis, thumb prosthesis, or hand prosthesis to protect sensitive tissue, improve function and normalize appearance. We mimic the texture, color and translucency of your skin and nails to create prosthetic fingers and hands with a natural appearance. We work closely with patients and their families to determine a prosthetic solution that will be comfortable, life-like, and functional.
Silicone artificial fingers and hands may be needed due to :

• Congenital or birth difference; such as Amniotic band syndrome or symbrachydactyly (missing or underdeveloped fingers)
• Surgery - finger amputation due to cancer or tumor removal
• Disease such as diabetes or scieroderma resulting in finger amputation Traumatic injury - work-related injuries, burns, or other traumas

How We Make?We custom-make each fin er prosthesis and hand prosthesis in our own laboratory ensuring hig quality and individual design. The process requires 4 to 5 appointments which involve these steps :

• We make molds of the hands using gentle materials.
• We modify the patient model and fabricate a diagnostic test socket to evaluate fit.
• We carefully sculpt the shape of the prosthesis in wax as we establish a natural contour.
• When the sculpture is complete, we fabricate a durable mold which allows us to reproduce the silicone prosthesis.
• We have you try on a prototype version of the prosthesis and will make modifications until a secure fit is achieved.
• We back-paint the fingernail for a natural appearance.
• We meticulously paint every skin detail using your color formulae in your mold.
• We check the finger or hand prosthesis for precise fit, and delicately paint color details, such as freckling, onto the surface.
• We demonstrate wear and care instructions so that you can use your prosthetic finger or hand with confidence.

Varicose veins are caused by increased blood pressure in the veins. Varicose veins happen in the veins near the surface of the skin (superficial). The blood moves towards the heart by one-way valves in the veins. When the valves become weakened or damaged, blood can collect in the veins.
Varicose veins may be more common in some families (inherited). Increased pressure in the veins may cause varicose veins. Factors that may increase pressure include :

• Overweight or obesity
• Older age
• Being female
• Being inactive
• Leg injury
• Pregnancy
• Smoking
• Taking oral contraceptive pills or hormone replacement

air walker orthosis

Purpose and Indications

Air walker orthoses are prescribed for a variety of foot and ankle conditions, including:

Fractures: Used for stable fractures of the foot or ankle.

Post-Surgery Recovery: Helps in the recovery process after surgeries involving the foot or ankle.

Sprains and Strains: Used to support severe sprains or strains of the ankle.

Tendon Injuries: Assists in the healing of tendon injuries, such as Achilles tendonitis or tears.

Soft Tissue Injuries: Provides support and reduces strain on injured soft tissues.

Ulcers and Wounds: Helps in the offloading and protection of foot ulcers and wounds, particularly in diabetic patients.

Design and Features

Air walker orthoses are designed with several key features to provide optimal support and comfort:

Adjustable Air Cells: These allow the user to inflate or deflate the boot to achieve a customized fit, which helps in reducing swelling and provides a snug, comfortable fit.

Rigid Frame: The hard exterior shell provides protection and stability to the injured area.

Rocker Sole: The sole is designed to promote a natural walking motion and reduce the impact on the foot and ankle.

Velcro Straps: These ensure easy adjustment and secure fastening of the boot.

Padding: Inside padding adds comfort and further supports the injured area.

Benefits

Immobilization: Ensures the affected area is kept stable, which is crucial for proper healing.

Reduced Swelling: The pneumatic feature can help in managing swelling by providing consistent compression.

Comfort: The ability to adjust air pressure makes the boot more comfortable than traditional casts.

Mobility: Allows the patient to remain mobile and weight-bearing to some extent, which can be beneficial for maintaining muscle strength and circulation.

Ease of Use: Can be easily removed for hygiene purposes and dressing changes, which is not possible with traditional casts.

How Myoelectric Hands Work: Myoelectric hands are equipped with sensors that detect electrical signals generated by the muscles in the residual limb. When a person thinks about moving their hand or specific fingers, these signals are picked up by the sensors and translated into corresponding movements in the prosthetic hand. This technology allows for precise and intuitive control, enabling users to perform a variety of tasks with dexterity and ease.

Key Features:

Muscle Signal Detection: Myoelectric hands can detect subtle muscle contractions, allowing users to control individual fingers and hand movements with precision.

Customization: Prosthetists can program myoelectric hands to respond to specific muscle signals based on the user's unique physiology and preferences.

Grip Patterns: Myoelectric hands offer various grip patterns, such as precision grip for holding small objects, power grip for firm grasping, and pinch grip for delicate tasks.

Sensitivity: Some myoelectric hands are equipped with sensors that provide feedback on the pressure exerted by the fingers, enabling users to handle fragile items without breaking them.

Cosmetic Appearance: These prosthetic hands are often made with lifelike materials, resembling the appearance of natural skin and nails. They can be customized in terms of color and texture to match the user's skin tone.

Battery-Powered: Myoelectric hands are powered by rechargeable batteries, allowing users to use them throughout the day without frequent replacements.

Benefits:

Improved Functionality: Myoelectric hands enable users to perform intricate tasks, such as typing, grasping small objects, and buttoning clothes, enhancing their overall quality of life.

Enhanced Self-Esteem: The realistic appearance and functionality of myoelectric hands can boost a person's confidence and self-esteem, making them feel more comfortable in social and professional settings.

Independence: By providing precise control over hand movements, myoelectric hands empower individuals to carry out daily activities independently, reducing their reliance on others for assistance.

In summary, myoelectric hands represent a significant advancement in prosthetic technology, offering users a high level of control, customization, and functionality. These devices play a vital role in enhancing the lives of individuals with limb loss, allowing them to regain a sense of normalcy and independence in their everyday tasks.

Balance Foot J is designed to meet the needs of slower speed walkers. It is lightweight with a heel that provides stability and cushioning at heel strike. Together with the full-length keel the Balance J provides excellent stability and support.

• Incorporates a cushioned heel for stability and added comfort when your heel touches down on the ground
• As you push off onto your other foot, the foot’s carbon composite toe ensures a lifelike boost of energy to help you move forward
• Offers an effective combination of stability and more natural and fluid movement

Active tibial progressionVertical forces generated at heel contact are initially absorbed and translated into forward motion described as Active Tibial progression.

Proportional responseThe layering of carbon fiber optimizes the deflection of the forefoot from mid-stance to toe-off and is proportional to the user’s weight and impact level.

WeatherproofA weatherproof device allows use in a wet and/or humid environment but does not allow submersion. Fresh water splashing against the enclosure from any direction shall have no harmful effect. Dry thoroughly after contact with fresh water. Fresh water: Includes tap water. Excludes salt and chlorinated water. For a weatherproof system, only weatherproof components must be selected.

Visit our designated city centers in Kolkata, Surat, Mumbai, and Pune to benefit from our special offer prices on below knee prostheses. We offer top-quality below knee leg prostheses at affordable rates.

We offer advanced prostheses featuring a silicone liner and a single-axis foot. Additionally, you have the option to choose between a polypropylene socket or a laminated socket for a slight additional cost. Our high-tech artificial limbs are highly durable, and we provide a warranty for both the prosthetic foot and other components of the leg prosthesis kit. Our services extend to Bihar, Maharashtra, West Bengal, South Gujarat, and Goa. Contact us today to take advantage of our best offers.

We are the distributors of Anti Embolism Stockings in Chennai, India. Anti embolism stockings are used to prevent the DVT. Deep Vein Thrombosis (DVT) is a blood clot that develops in a vein deep in the body. The clot may partially or completely block blood flow through the vein. Most DVTs occur in the lower leg, thigh or pelvis, although they also can occur in other parts of the body including the arm, brain, intestines, liver or kidney. DVT itself is not lifethreatening. But, the danger of DVT is that the blood clot has the potential to break free and travel through the bloodstream, where it can become lodged in the blood vessels of the lung. This is a condition known as a pulmonary embolism. This can be life threatening, so prompt diagnosis and treatment is critical

You are at risk for DVT if you :

• Have had recent surgery (generally within 3 months)
• Have been on prolonged bed rest or hospitalization
• Have heart failure
• Have a blood clotting disorder

Ankle foot orthoses AFOs are external biomechanical devices utilized on lower limbs to stabilize the joints, improve the and physical functioning of the affected lower limb. AFO is used as supportive devices and aid for ambulation through different gait stage by providing foot clearance, used to limit or assist and root ROM like; dorsiflexion, plantar flexion, improve balance, decrease the risk of falling, help with weak musculature of lower legs, and to return to previous activity or facilitate patient mobility.
They are found in different types and different materials and can be modified according to the use and the development of the person if it is used for children. They made from thermoformed plastic material that enables to add modification and adjustments. AFOs are used as night splints to prevent contractures in some cases, patients with stroke , and other neurological conditions such as JLi and children with  21 eoi ai palsy.

Details :

• The hinge knee brace is perfect for people who suffer from knee instability and pain. It provides the knee with strong lateral stabilization—simply put, it prevents the knee from hyperextending or getting out of alignment.
• The hinge knee brace's rigid bars help keep the knee in place, as well as prevent further strain to the ligaments.

Details

• Protective interior that is made from soft material, and stitching that doesn’t protrude so as not to cause irritation.
• Non-binding uppers that insure that there is no pressure on the foot. In contrast, regular shoes often cause pressure in the forefoot area or the back of the shoe as they are often constructed from firm materials and in a way that might irritate bunions, the toes, or back of the heel.
• Extra depth design that provides a pressure-free fit and can accommodate thick orthotic inserts.
• A deep toe box that provides extra room for toe movement and avoids pressure on the toes.
• Lightweight, cushioning soles that facilitate mobility and stability, and reduce impacts on the foot
• Stretchable uppers might be the ideal solution for conditions caused by severe diabetes or neuropathy. These stretchable shoes conform to the contours of the foot and help eliminate pressure points.

The term Reciprocating Gait Orthosis refers to a unique form of HKAFO (see HKAFO site). This device is generally a right and left KAFO (see KAFO site) connected to a pelvic section with a reciprocating mechanism. This type of device is used with children who suffer from paralysis of the lower trunk, hips, and lower extremities.
The KAFO sections control the lower extremities and maintain them in proper walking alignment. The purpose of the reciprocating pelvic section is to control the hips and lower trunk and prevent simultaneous hip flexion. Extension of one hip causes the simultaneous or reciprocal flexion of the other hip, thereby enabling the child to take a step. The child uses upper trunk, shoulder, and arm muscles to operate the device with the assistance of either crutches or a walker. This device is usually limited to use in therapy or household walking.

we have wide range of below knee prosthesis which are starting from PU ( SACH) foot To carbonfiber hydrolic and microprocessor foot. we produce international standard prosthesis with high quality material and component. our prosthesis are light in weight and highly durable.

light weight and usable for more active patient

Myoelectric hand prosthesis is a sophisticated artificial hand controlled by muscle signals from the user's residual limb. It uses sensors to detect muscle movements, enabling precise and intuitive control of grip patterns and finger movements, providing greater functionality and natural dexterity for individuals with upper limb loss.

Myoelectric hands, also known as myoelectric prostheses, are advanced artificial limbs that use signals from a person's muscles to control movement. These prosthetic hands are designed to replicate the natural function and appearance of a human hand, providing individuals with limb loss a greater level of independence and functionality in their daily lives.

How Myoelectric Hands Work: Myoelectric hands are equipped with sensors that detect electrical signals generated by the muscles in the residual limb. When a person thinks about moving their hand or specific fingers, these signals are picked up by the sensors and translated into corresponding movements in the prosthetic hand. This technology allows for precise and intuitive control, enabling users to perform a variety of tasks with dexterity and ease.

Polio calipers, also known as leg braces or orthotic devices, are used to support and stabilize the limbs of individuals who have been affected by polio. Poliomyelitis, commonly known as polio, is a viral disease that can cause paralysis and muscle weakness. The use of calipers is aimed at improving mobility and independence for polio survivors who experience residual weakness or deformity in their legs.

Here's how they are typically used:

Stabilization and Support: Calipers provide structural support to weakened or paralyzed limbs, allowing individuals to stand and walk more effectively. They help in maintaining proper alignment of the legs, preventing deformities and further complications.

Customization: Each caliper is custom-made to fit the specific needs of the user. Measurements are taken, and the device is tailored to provide optimal support and comfort. This customization ensures that the caliper fits well and functions effectively.

Material and Design: Modern calipers are made from lightweight and durable materials such as aluminum, plastic, or carbon fiber. They are designed to be as unobtrusive as possible while providing the necessary support. Older models were often made of metal and leather.

Components: A typical caliper consists of several parts, including:

Ankle-foot orthosis (AFO): Supports the foot and ankle.

Knee-ankle-foot orthosis (KAFO): Extends support to the knee.

Hip-knee-ankle-foot orthosis (HKAFO): Provides support from the hip down to the foot for more extensive stabilization.

Straps and Padding: These ensure the caliper stays in place and is comfortable to wear.

Rehabilitation and Training: Users often need training and rehabilitation to adapt to using calipers. Physical therapists assist in teaching how to walk with the braces, balance, and perform daily activities. This training is crucial for maximizing the benefits of the calipers.

Maintenance: Regular maintenance of calipers is necessary to ensure they continue to provide adequate support. This includes checking for wear and tear, adjusting straps, and replacing any worn-out components.

Benefits: Using calipers can significantly improve the quality of life for polio survivors. They can enhance mobility, increase independence, and reduce the risk of falls and injuries. Additionally, they help in maintaining muscle strength and joint function by allowing for more active use of the legs.

Stance control KAFO (Knee-Ankle-Foot Orthosis) is a specialized brace that helps individuals with lower limb weakness or paralysis walk more naturally. It automatically locks the knee during weight-bearing, providing stability, and unlocks during swing phase, allowing a more fluid walking motion.