At Relife Physiotherapy, we frequently encounter lower limb problems, many of which can be effectively treated through osteopathy or physiotherapy. However, in certain cases, these issues may be stemming from foot-related issues, which can, in turn, impact other areas of the body. In such situations, we suggest that the patient undergo a gait analysis to help us determine if their foot condition is the root cause of their problem.
On the flip side, you might be experiencing foot discomfort, such as plantar fasciitis. In such cases, addressing the underlying issue may require gait analysis and the use of orthotics. Our specialized osteopaths and physiotherapists would then assist in the rehabilitation process for this condition.
This system should not be confused with the typical devices found in sports shops, which often consist of simple heat-sensing plates to assess whether someone has fallen arches or not. Footscan technology, on the other hand, employs a specialized gait analysis plate that assesses your gait and the distribution of pressure across your feet as you walk or run. While gait scanning technology is not entirely unique, it distinguishes itself from these simpler methods. Some therapists and professionals use similar technology to diagnose patients' issues, although many still rely on visual assessments or video recordings to evaluate how a person's foot functions.
With the conventional methods, therapists typically observe the patient's gait, write a prescription, and take a static foot mold. These elements are then sent to a third-party company, which may manually craft orthotics or use a computer-aided design (CAD) system. In some cases, wedges may be added to off-the-shelf orthotics. The limitation of this approach lies in the static nature of the foot mold, which doesn't account for dynamic foot usage. The Phits system, in contrast, directly translates the data from the gait scan into the 3D printing process for orthotic creation. This ensures that the orthotic is designed with a deep understanding of how the foot functions dynamically. There's no room for human error, as can occur with written prescriptions. Moreover, factors like torsional stability, crucial for the foot's dynamic needs, are considered during the 3D printing process. Whether you're an elite athlete, a casual walker, or someone who spends long hours on their feet in a factory, Phits orthotics can help your feet adapt to proper motion, enhance your movement efficiency, and reduce the risk of injuries. In summary, what you receive is a 3D-printed orthotic tailored precisely to your unique foot and its issues, based on the most accurate data available. If you're dealing with conditions like plantar fasciitis or persistent foot pain, consider a Footscan Gait Analysis to explore whether orthotics might be the solution for your problem.
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