Our Guide to Preparing For Life With a Prosthesis – What to Know

After amputation, a new life awaits those who have lost one or more of their limbs. When you lose a part of our body, a prosthesis becomes your new extension. There’s no denying that the transitional period can be difficult for many. If you’ve recently lost a limb, it’s crucial to prepare for the day you’ll be fitted for a prosthesis. Preparation is key and is crucial to the periods both before and after surgery. 

Although much of the preparation is mental, there are still a few other things you’ll have to do to ready yourself for your prosthesis. Here are a few things you should know:

The Planning Process

The planning process requires the coordination of a surgeon, a prosthetist, and a physical therapist. The surgeon will perform the actual amputation while the prosthetist will design, fit, build, and adjust the prosthesis. During the entire process, your physical therapist will be by your side, assisting you in doing exercises before and after the surgery. He or she will also help you learn to use the prosthesis when the time comes.

It’s important for your team to discuss things with you beforehand so the amputation and rehabilitation process goes as smoothly as possible.

Exercising Before and After Surgery

You will need to exercise before and after your amputation. The goal is to increase muscle strength and flexibility because the more strong and flexible you are, the easier it will be for you to adjust to life with a prosthesis. 

Physical therapist-prescribed exercises can also help reduce swelling in the residual limb, while also preventing the tissues in the residual limb from shortening. In most cases, the exercises you have to do will depend on the type of amputation that was performed.

Preparing For Your Prosthesis After Surgery

A prosthesis can be worn soon after the surgery while your residual limb heals. Such a device can also be fit for long-term use when there is reduced swelling in the limb. 

A shrinker or an elastic bandage should be worn over the residual limb while there is still swelling. The compression helps to increase circulation and ease pain, reducing the symptoms of phantom limb.

Preparatory and Permanent Prosthesis

Once the swelling in your residual limb goes down, you may get fitted for a temporary prosthesis. This prosthesis is typically lightweight and easy to use, which is why some experts think it helps people learn to use a permanent prosthesis faster. 

Later on, this prosthesis is replaced with a permanent prosthesis, one that has higher-quality components. Alternatively, patients can choose to use a prosthesis with permanent components, but with a temporary socket and frame.

Using a Prosthesis 

When the prosthesis is delivered, you will then be taught the basics of using the prosthesis, which will include the following:

  • How to put the prosthesis on
  • How to take it off
  • How to walk with it
  • How to care for the skin of the residual limb and the prosthesis

Your physical therapist and occupational therapist will likely be the ones helping you to grow accustomed to life with a prosthesis. Their help will be invaluable for learning how to care for your prosthetic and residual limb.


Learning how to use a prosthetic is just the beginning of the recovery process. Amputees also need to undergo rehabilitation for amputation. This is coordinated by an occupational or physical therapist, along with the prosthetist.

The rehabilitation process itself entails different exercises designed to strengthen your muscles and maintain flexibility in the residual limb. Your team of professionals will also teach you how to use the prosthesis and assist you in your daily activities. Along with this is counselling or psychotherapy, which will help round out your care and make it easier to come to terms with the loss of your limb and life with a prosthetic.

Adjusting to life with a prosthesis can be difficult, but preparation truly is key. With our guide, you’ll have a better idea of what to expect, which will hopefully ease your anxieties and help you approach recovery with confidence. 

Are you looking for a high-quality foot prosthesis? Well, you’ve come to the right place! Visit Lindhe Extend for all your foot prosthesis needs today.

Our Guide to Technology Advancements in Prosthetics – What to Know

The use of advanced prosthetics today has overshadowed its interesting history. You’ll be surprised to know that prosthetics, despite its advancements, dates way back when the use of technology was still limited. 

The History of Prosthetics

According to history, the use of artificial limbs was found in Egypt because they had a tradition of creating limbs for mummified corpses who had missing body parts. They do this to make the dead look “whole” in the next life. 

The earliest discovery of prosthetics was around 3,000 years ago when archaeologists found the remains of a high-born woman with a wooden prosthetic toe that was attached to the woman’s foot by a leather strap. After undergoing further examinations, results show that the prosthetic toe was used in the woman’s daily life due to its apparent worn out spots. 

One hundred years ago, another proof of the use of prosthetics was unearthed again in Egypt, where it was made from plaster, linen, and glue. 

The Innovation in Prosthetics

It was in the early 1500s when the innovation in prosthetics took place. Ambroise Paré, a French surgeon, started to create prosthetics that mimic leg and arm movements. Eventually, the Civil War and other wars created a massive demand for prosthetics due to the high-record numbers of amputations. James Hanger, an American soldier, and one of the first amputees of the war created a prosthetic leg that features hinges in the knee and ankles. 

After World War I, the Walter Reed Army Hospital in the US created a huge number of artificial limbs to accommodate the returning wounded soldiers. When World War II rolled around, the UK made its mark in the world of prosthetics when the Queen Mary’s Hospital, became a place for artificial limbs in 1939. It was during World War II when the suction sock was introduced, which was built for above-knee prosthetics. 

Prosthetics Today

Advancements in technology now take prosthetics closer to fully replicating the full function of a human limb. Today, there are microprocessor knees that let prosthetics quickly adapt to their environments. There are also the blade prostheses that enable the wearer to sprint. 

Nowadays, prosthetics have better aesthetics, thanks to William Root, who created prosthetics with the use of titanium that allowed him to create intricate and unique designs for each person. Bionic arms are being created as well, and it features muscle sensors that are connected to the skin that will let for effective use of the limb. 

Prosthetics, in today’s context feature nerve detectors that control it. It operates through spinal motor neurons that allow for enhanced command sensor detection. This allows the user to think that they are actually moving the limb. 

Prosthetics have dramatically progressed in recent years. Now, prosthetics are highly-functioning, and, with the rate it’s going, it won’t come as a surprise if it operates as a real limb in the years to come. 

The advancements in prosthetics have also paved the way for more types to choose from in the market, especially for individuals who are keen on participating in sports activities. 

If you are looking for foot prosthesis solutions, get in touch with us to see how we can help.

Our Guide to Using an Artificial Limb – How to Return to Your Optimal Self

A new life awaits someone who has had an amputation. The idea of having a limb loss and navigating through life may seem a bit scary. It may inevitably come with a lot of challenges and complicated emotions. However, it doesn’t necessarily have to be hard and struggling. With the right prosthesis and support system, you can simply bounce back to your optimal self with an artificial limb. 

For your guide and reference, here’s how to return to your normal self with the use of an artificial limb.

Artificial limb in a nutshell

A prosthesis is an artificial device meant to replace a missing body part, which may be lost through trauma, disease, or a condition present at birth. Prosthetic devices are specifically designed to assist patients in their everyday lives. They are custom made for each patient to create and achieve a comfortable fit. 

An artificial limb is a form of prosthetic devices. There is a wide range of artificial limbs created and designed, specific to patient types. They are typically built from strong, durable, and lightweight materials. These materials include carbon fibre, acrylic resin, silicone, thermoplastics, aluminium, or titanium. The purpose of an artificial limb is to facilitate the movement of a patient while still supporting the body weight.

How to transition to life with an artificial limb

The initial step that amputees take to acquire the right prosthetic device is to look for the prosthetist who can assist them. Here’s what you need to do:

  • Looking for a prosthetist: Make sure to research and look for a qualified prosthetist who knows your needs and understands your situation. This is because you will be working with the prosthetist for the rest of your life—from assessing your residual limb to getting the best artificial limb for you to assisting you even after your prosthesis has been attached.
  • Dealing with your prosthesis: Make sure to decide on the perfect fit for your artificial limb. Your prosthesis can offer you maximum independence by emulating what your natural limb does. With the right prosthesis, you can regain partial or full mobility, go back to work, do what you love to do, and bring back your self-worth.

How to find the right support

It’s worth knowing that regaining mobility and your whole life doesn’t happen overnight. It takes a collaborative effort of all the people that surround you—from your family to your prosthetist down to your support system. Consider having the following:

  • Support system: Know that your family and friends are your first support system. They will help you through recovery until you regain your independence. 
  • Peer support: It’s best to have peer support with individuals who can relate with you. It can be immensely helpful to talk to someone who shares your experiences. Fellow amputees can offer firsthand insights and be there for you. Overall, peer support is an essential part of recovery.
  • Prosthetist support: Your prosthetist will play a pivotal role in your recovery. Make sure to bring out to your prosthetist any concerns. Even if you are having emotional difficulties, talk to them, and ask how they can help. 

Final words

With the right artificial limb and the support system, you can surely rise above the situation. But all these boil down to you as the amputee. Never allow the loss of a limb to limit you by being resilient and doing what you love the most. For all you know, a great life still awaits you!

If you are looking for foot prosthesis solutions, get in touch with us to see how we can help.

Our Guide to Microprocessor Controlled Prosthetic & How it Works

From wooden legs to high-tech prostheses thanks to state-of-the-art resources, technology continues to revolutionize the development of prosthetic devices. It continues to evolve as applied science continues to evolve by the year, enriching the lives of amputees with the rise of computer-aided prosthetics. 

One of the most anticipated is the microprocessor-controlled prosthetics, a so-called “smart” version of prostheses. The device aims to improve mobility, reduce risks of falls, and overall enhance the quality of life for its wearers. 

How Microprocessor Technology Works 

Computerized prosthetics are built with a microprocessor, software, sensors, a hydraulic, pneumatic resistance system, and a battery. All the components worth in conjunction to enhance the amputee’s stability. Detecting environmental changes, for instance, is now possible due to the sensor monitors. 

It can evaluate different surfaces and speeds, which automatically adjusts the resistance to the bending and extension of the knee. This feedback calibrates the walking speed suitable for the terrain. With this feature, the wearer can quickly recover from any stumbles and have better control over their movements. 

Microprocessor Technology Promotes a New Level of Independence 

Microprocessor-controlled prosthetics opens up new opportunities for amputees as it gives them control over their swing and stance phases. With the ability to walk faster, slower, or go down and up the stairs with a natural gait, the wearers can enjoy a new level of independence. 

The feedback goes through multiple sensors 100 times a second, which means you can make adjustments with your next step in real-time. This recreates a controllable free-swinging motion with reliable stability with each move you make. It features the following benefits: 

  1. Stumble Recovery 

The revolutionary motor sensors inside the prosthetics can detect movements in real-time, which means it can sense if you’re in a high-risk position. For instance, if you’re about to trip, the microprocessor-controlled prostheses will harden up to act as support. This allows you to recover quickly, while the prostheses will normalize once it detects you’re back in a secure stance. 

  1. Extra Durability and Anti-Slip Features

Microprocessor-controlled prosthetic devices are built with a hard exterior to protect the hardware from environmental risks like scratches or dents. It also has an anti-slip feature to enhance the wearer’s stability when kneeling, all while improving user experience as the prostheses is easy to put on and take off. 

Microprocessor Technology as a Cutting Edge Solution

Microprocessor technology is a revolutionary step towards biological systems as it enhances the lives of amputees like never before. For one, the microprocessors are customizable, which means patients can fine-tune the device to match their natural gait. 

It also boasts of other features that help amputees adjust their walking speed along with a secure controlled recline for sitting positions. 

In Conclusion 

Microprocessor technology achieves a prosthetic milestone as it promotes a reliable and smooth interaction between the mechanics, electronics, and the user. With this advancement, amputees can reap the benefits of dynamic motors as they can adjust movements, normalize their gait, and achieve stability with the help of real-time electronics and high-resolution sensors. 

If you are looking for foot prosthesis solutions, get in touch with us to see how we can help.