Orthotics are one of those things that get mentioned by medical professionals and other in passing; as if it’s a given that you know what they are and how they work. If it’s been recommended that you use orthotics, you’re not necessarily aware of all the pertinent details about them, which can be annoying. 

We’re big believers in ensuring our clients have perfect clarity when it comes to their feet and everything related to them. So, consider this your guide to all things orthotics, including what they are and how they can help you…

So, What Are Orthotics, Exactly?

Orthotics refers to the field of medicine that focuses on the design and utilisation of artificial devices such as splints, braces, and insoles. These devices, commonly known as orthotics, are specifically designed to assist individuals with certain medical conditions in improving their ability to perform everyday tasks. Orthotics can be created for various parts of the body, including the lower body, upper body, or spine. While many people are familiar with insoles, orthotics can encompass a broader range of body areas. Orthotic products can be obtained in either “stock” or “made to measure” forms.

Orthotic devices are named based on the joints they cover. For instance, an insole is referred to as a Foot Orthoses (FO), a device that covers the foot and ankle is known as an Ankle Foot Orthosis (AFO), and a device that encompasses all the leg joints is called a Knee Ankle Foot Orthosis (KAFO).

Why Do People Need Orthotics?

Medical professionals may recommend orthotics for individuals who undergo an orthotic assessment and could benefit from external support to address their functional impairment. This impairment may result from issues with joints, ligaments, tendons, or nerves, causing pain or hindering normal activities.

The primary objective of orthotics is to restore lost function due to various factors such as medical conditions, excessive use of certain body parts, or age-related problems. For instance, difficulties in the foot’s arch can make extended shopping trips painful. However, with custom foot orthotics, it is possible to alleviate this pain and enable easier movement that would otherwise be challenging.

While each orthotic product has its own unique aims and advantages, this example highlights the positive impact that orthotics can have on someone’s quality of life.

Who Takes Orthotic Appointments?

Medical professionals known as “Orthotists” are responsible for conducting appointments related to orthotics. These professionals typically hold an Honours degree, and in some cases, a Masters degree, before they can start practising. Their educational background includes practical training in clinical settings, where they acquire knowledge of human anatomy, biomechanics, applied research in health services, as well as skills in designing and manufacturing orthoses. Additionally, once they become qualified, Orthotists regularly participate in various courses to stay updated with the latest advancements in materials and biomechanical concepts.

Orthotists are held to stringent medical standards and are required to be members of the Health and Care Professionals Council (HCPC). The use of the title “Orthotist” is legally protected, and it is considered a criminal offence for individuals to claim this title without being registered with the HCPC.

How Do I Get Orthotics?

Book an appointment with one of our orthotists at our clinic in Northwich. They will be able to assess your needs and advise you on what may be needed. Once your clinician recommends a product, you will be provided with a timeline for its delivery. A fitting session will typically be conducted to ensure that the product is suitable, and any necessary modifications will be identified. 

In addition, your orthotist will offer advice and guidance on how to wear the orthosis. For example, you may be instructed to wear insoles for an hour on the first day, followed by two hours the next day, and gradually increase the duration until you can wear them for as long as necessary.

Categories: Biomechanics