Services

A cutting-edge solution for precise foot analysis. Measures foot pressures and walking pattern to provide the accurate data needed for creating custom orthotics. Compared with visual analysis alone FootScan better ensures solutions that reduce pain and can even prevent injury.

Custom prescription insoles are designed using FootScan technology to analyse your unique foot mechanics and address abnormalities. These 3D-printed insoles, prescribed by an HCPC-registered orthotist, aim to reduce pain, improve skeletal alignment, and minimise joint wear for those that work in jobs that involve standing. They are even used by elite athletes to help prevent injuries.

Ideal for anyone struggling with conditions that cause pain, instability, or reduced mobility in the foot and ankle. Its low-profile, lightweight design sets it apart from bulky traditional braces. Click below to learn more.

3D scanning is used in orthotics to capture precise digital images of the body. This allows for the creation of custom-made orthotic devices that fit perfectly, improving comfort, support, and overall effectiveness.

A beautiful, lightweight and flexible orthosis designed to support those with flaccid foot drop. Made from silicone, it provides a comfortable fit and blends with the skin.

An innovative solution for foot drop! These lightweight, clip-on devices attach to your shoes, restoring natural movement and improving mobility without restricting your ankle. The most comfortable Footdrop splint there is, enjoy freedom and confidence with every step!

These lightweight, durable devices offer superior strength and flexibility, tailored to your unique needs. Choose the option of an ankle joints for enhanced mobility and natural movement. Perfect for those seeking a sleek, high-performance solution.

Designed to relieve pain and improve function for those with osteoarthritis. Its innovative unloading technology redistributes pressure away from the affected area, enhancing comfort and mobility.

This adjustable brace provides gentle stretching to improve range of motion and reduce muscle tightness. Its customisable fit ensures optimal comfort and effectiveness, making it an ideal choice for managing knee contractures and enhancing mobility.

From advanced ligament stabilisation to pain relief and injury prevention, DonJoy offers a comprehensive selection designed to meet diverse needs. With innovative features and customisable fits, these braces enhance mobility and comfort, helping you stay active and confident.

We provide expert guidance to help you understand whether your child’s gait is part of normal development or if intervention could benefit them. Our Child Walking Assessments can identify any underlying issues that may require attention and give you peace of mind. Click below to learn more.

Specifically designed to correct issues that occur in a developing foot by providing essential arch support and improving foot alignment. Made with soft, durable materials, they fit easily into most shoes, offering both functional support and everyday comfort to help your child develop normally, with confidence and ease.

Offering a sleek, modern alternative to traditional bulky and unattractive AFOs. Designed with cutting-edge technology, to be lightweight, slim, and easier to fit into shoes. Unlike traditional AFOs with their outdated transfer options, Piro splints come in modern and stylish colour combinations. Also, their straps are entirely user repairable!

These custom-fit suits offer targeted compression, improving body alignment, sensory feedback, and overall mobility. They are lightweight, breathable, and designed for comfort, making them easy to wear throughout the day, helping individuals manage their conditions discreetly.

Designed to evenly distribute pressure across the foot, reducing the risk of pressure sores and ulcers. Made from cushioned, contoured materials that conform to the unique shape of the foot. Ideal for those needing additional foot care, these insoles reduce ulceration risk and promote better foot health in every step.