Plantar Fasciitis Treatment in Bristol

Recommended by Paula Radcliffe and Mo Farah

• Expert treatment for Plantar Fasciitis in Bristol
• Dynamic Footscan® Gait Analysis
• Delivered by leading experts
• State of the art 3D-printing foot orthotics
• 8am - 8pm, weekend appointments available

The Right Diagnosis, The Best Treatment, Unbeatable Results

Plantar fasciitis is one of the most common causes of foot problems and heel pain.

Plantar fasciitis is a painful condition and one of the main causes of heel pain – specifically the bottom of the heel, the bit we stand on. The pain is often severe and can cause you to limp and find it difficult to walk.

Plantar Fasciitis can prevent you from enjoying your hobbies, especially sports. Sometimes, the condition can force you to take sick leave, and we’ve known people struggle so badly they can't put their foot down.

Cutting edge patented dynamic Footscan® Gait Analysis

The Medical blends a unique range of scanning technology with world-leading patented dynamic Footscan® gait analysis to ensure that our experts have the data required to make an accurate diagnosis exceptionally quickly.

Our treatment plans are tailored to your individual needs, based on your diagnosis, and combine hands-on treatment, one-to-one rehabilitation sessions in our gyms and the custom orthotics.

Progress reviews are used to monitor your improvement. We re-examine, re-test and re-scan where necessary, comparing the data with the information we gathered before your treatment started.

3D-printed Phits™ custom orthotics

Our revolutionary orthotics are the result of unique cutting edge technology. Using the patented dynamic footscan® technology and biomechanical measurements, your foot specialist analyses your gait.

Using this dynamic analysis, your expert generates a design which is then created by a 3D-printer.

The result? A dynamic, 3D-printed orthotic which takes into account the shape of your foot, but also supports the different pressure zones and guides your gait in the right direction. This last feature is only possible with the patented Phits™ 3D-printed structures.