Phits Custom 3D designed Orthotics
At Sussex Total Foot Care, we use custom orthotics to provide you with more precise daily comfort and stability. By Choosing Sussex Total Foot Care for your custom orthotics, you are choosing a team of experts, dedicated to your wellbeing. Our team work closely with you to understand your needs and goals to ensure your orthotics are tailored exactly to your specifications.
Phits Insoles
Phits 3D printed insoles are designed to fit into most shoe types, including specialist shoes for sport and narrower day to day footwear. The 3D printed part is based on your dynamic pressure measurements and then adapted for the shoe type.
Phits 3D Custom Orthotics
At Sussex Total Foot Care, we use PHITS 3D Custom Orthotics for our clients in combination with The Footscan® if needed. The Footscan® pressure mapping technology uses over 4000 sensors to capture live data as you walk, showing heel to toe data. This allows us as experts to easily see how your feet are functioning, any discrepancies between feet, and where any excessive stress and pressure lays. You can read more about The Footscan® by visiting our dedicated Footscan® page.
Data acquired can be used to generate a customised orthotic design which is then created by a Phits 3D printer. This is 3D printer is highly unique as the Orthotics produced are entirely data driven.
Our 3D orthotics are tailored to perfection using high quality materials to ensure longevity. They also have customisable options to ensure they are suitable for athletic performance, everyday comfort or specialised medical conditions.
If you are still undecided on investing in some custom orthotics, check out all the benefits:
- • Superior Comfort: Experience a new level of comfort as our custom-designed orthotics
provide you with maximum support. - • Pain Relief and Injury Prevention: Our orthotics are created to provide targeted support, relieving pain caused by conditions such as plantar fasciitis, knee osteoarthritis and limb length discrepancy. By promoting proper alignment, they also help prevent injuries that can stem from poor foot mechanics.
- • Enhanced Performance: Athletes and active individuals can benefit from the improved biomechanics offered by our custom orthotics. By optimising your foot’s function and stability, you can achieve greater efficiency in your movements and reduce the risk of fatigue-related injuries.
- • Day-to-Day Wellness: From work to leisure, our custom orthotics seamlessly integrate into your daily routine, promoting foot health and comfort no matter where life takes you.
Say Goodbye to discomfort, pain and compromised mobility and embrace the comfort and support our custom orthotics provide. Book in for a consultation with us today and take the first step towards healthier, happier feet.
Biomechanical assessment
If you suffer with general lower limb discomfort, sharp pains or reoccurring foot/ankle problems when exercising, there could be a simple cause which may be easy to solve with help from our clinical team.
At Sussex Total Foot Care, we carry out detailed biomechanical assessments which check the lower limbs for any issues which may be causing pain, particularly if linked to a sports injury. We also check for any abnormalities and causes of pain, arch height, heel health and joint strength. We would advise that you can wear shorts or comfortable trousers so that we can assess your knees/lower limbs as you move.
This assessment is divided into 4 sections:
1. Medical history and history of the pain/injury
2. Non-Weightbearing assessment
3. Weightbearing assessment
4. Gait Analysis
When our assessments are completed, a tailor-made treatment plan to you is devised. This may consist or rehabilitation of the injury/pain, exercise regimens, footwear recommendations and to consider a prescription of appliances such as orthotics or insoles. Referrals to other healthcare practitioners may be required if further specialist advice is needed.
£125 for first consultation up to 60 minutes assessment, £60 follow up/reviews up to 30 minutes.
- From £125