Custom Orthotics Therapy in Medway and Kent
Custom Orthotics Therapy.Helping to support your feet and improve your foot function.
Orthotic Therapy
At our clinic, we provide custom orthotics that offer much more than off-the-shelf options. These are individually crafted for your feet, using cutting-edge 3D scanning technology to capture their precise shape following a thorough evaluation of your foot mechanics and gait. This tailored solution delivers optimal support and correction, designed to relieve discomfort, improve stability, and promote proper alignment. By addressing underlying biomechanical concerns, our custom orthotics can significantly boost both foot health and overall comfort.
What conditions can custom orthotics help address?
- Back pain
- Heel pain
- Hip pain
- Arch problems
- Paediatric lower limb/ foot
- Sports injuries
How Can Orthotics Help You?
- Providing support and improving the positioning of the lower limb
- Prevent or stop the development of foot deformity
- Pressure relief from specific areas
- Improve overall biomechanical function
- Improve alignment of the lower limb
Why Choose Footcare Clinic?
Whether you’re a dedicated athlete or someone who enjoys regular walks for fitness, Footcare Clinic provides personalised assessments designed to address your individual needs and goals. Using advanced 3D scanning technology, we craft custom orthotics that offer both superior support and exceptional comfort, ensuring they are perfectly tailored to suit you.
Frequently Asked Questions
What are orthotics, and how can they help me?
At Footcare Clinic, orthotics are custom-made devices designed to support, align, or improve the function of your feet. They can help with a range of issues, from foot pain and discomfort to problems with walking, running, or balance. Orthotics are particularly effective in treating conditions like flat feet, high arches, plantar fasciitis, and other biomechanical issues. Our podiatrists will assess your individual needs and create orthotics tailored to provide relief and long-term foot health benefits
Do I need a prescription for orthotics, or can I buy them off the shelf?
While over-the-counter (OTC) orthotics may provide temporary relief, they aren’t tailored to your specific foot structure or condition. At Footcare Clinic, we create bespoke orthotics based on a thorough podiatric assessment. This ensures a perfect fit and effective treatment. Custom orthotics are often more effective in providing long-term relief from foot and lower limb problems than OTC alternatives.
Remember, you don’t have to wait until you experience discomfort or decreased mobility to seek podiatric care. Our podiatrists are here to help at any stage to maintain and improve your foot health.
How long do orthotics last, and when should they be replaced?
Custom orthotics from Footcare Clinic are designed to be durable and typically last between 1 to 5 years, depending on factors like usage, foot structure, and lifestyle. We recommend a review every 12 to 18 months to ensure they’re still working optimally. If you notice any signs of wear or changes in your foot pain, it’s important to contact us for a reassessment.
Will orthotics fit in my regular shoes, or do I need special footwear?
Our custom orthotics at Footcare Clinic are designed to fit most types of shoes, including everyday footwear, trainers, and work shoes. In some cases, you may need to wear shoes with removable insoles or extra depth, but our podiatrists will guide you on the best options based on your orthotics and lifestyle.
Are orthotics covered by the NHS or private insurance?
Orthotics may be available through the NHS, but they are often limited to basic, non-custom models, and wait times can be long. At Footcare Clinic, we offer private custom orthotics, and many private health insurance plans do cover part or all of the cost. We recommend checking with your insurer regarding coverage or discussing payment options with us directly.
Call Us
For general enquiries and to book an appointment, feel free to give us a call, we’re here to help.