At Podiatry Station, we are committed to staying at the forefront of modern podiatric care. Advances in clinical technology and evidence-based techniques enable us to assess, diagnose, and treat foot and lower-limb conditions with greater accuracy, comfort, and safety. This approach enhances the patient experience while supporting consistently high clinical outcomes.
Book an appointment
The Footscan gait analysis sensor is a high-resolution pressure measurement system that records how forces are distributed across the feet during walking or running. It provides detailed insights into step timing, pressure peaks, and load distribution throughout the gait cycle. This information is clinically important as it helps identify biomechanical abnormalities, compensatory movement patterns, and areas of excessive stress, supporting accurate diagnosis and the development of targeted treatment plans such as orthotic therapy or rehabilitation programmes.
AI-guided pressure point analysis software uses advanced algorithms to analyse foot pressure and gait data, supporting assessment in both paediatric and adult patients. By interpreting large datasets, the software identifies movement patterns, asymmetries, and potential risk factors that may affect foot function and overall biomechanics.
This is particularly valuable in children, whose musculoskeletal systems are continually developing. Data-driven insights help clinicians monitor growth, track changes over time, and provide evidence-based advice or early intervention where needed. In adults, the technology supports accurate identification of pressure imbalances and gait abnormalities, enabling more precise diagnosis, targeted treatment planning, and ongoing monitoring to help reduce the risk of pain, injury, and long-term complications.
Book an appointmentContact us today and get professional advice from one of our specialists.
Get in touch
Doppler ultrasound imaging is a non-invasive diagnostic technique that uses sound waves to assess blood flow within the arteries and veins of the lower limbs. It enables clinicians to evaluate vascular health, detect reduced circulation, and identify potential arterial or venous abnormalities. This is clinically important because adequate blood flow is essential for tissue health, wound healing, and nerve function, particularly in patients with diabetes, peripheral vascular disease, or delayed healing.
Swift microwave therapy is a non-invasive treatment that delivers controlled microwave energy to affected tissue, most commonly used in the management of verrucae. The therapy works by stimulating a local immune response rather than destroying tissue directly. This is important because it targets the underlying cause of the condition while preserving surrounding healthy skin, offering an effective treatment option with minimal discomfort, no open wounds, and reduced aftercare requirements.
The MLS Class IV laser is an advanced therapeutic laser that delivers synchronised wavelengths of light to penetrate deep into soft tissues. It is used to reduce inflammation, relieve pain, and accelerate cellular repair and regeneration. This is clinically important because it supports faster recovery from musculoskeletal injuries and chronic conditions, while reducing reliance on medication and helping patients return to normal activity sooner.
High-RPM drill hardware operates at extremely high rotational speeds with minimal applied pressure, allowing for precise and controlled treatment of nail and skin conditions. The reduced vibration and friction result in a smoother, more comfortable patient experience. This is important because it minimises pain and anxiety during procedures, improves clinical accuracy, and is particularly beneficial for sensitive patients, including children and those with heightened discomfort or apprehension.
The premium Seca measuring station provides highly accurate, automated measurement of height, weight and key body composition indicators to support comprehensive podiatric and biomechanical assessment. Using advanced ultrasound technology and precision sensors, the system captures measurements quickly and reliably, helping clinicians understand how body composition and posture may influence foot function, gait and load distribution. Voice guidance enables hands-free, self-directed measurement to improve efficiency and hygiene, while integrated digital connectivity allows results to be transferred directly to electronic medical records for streamlined monitoring over time. With high measurement precision across all age groups, the station provides consistent clinical data to support gait analysis, treatment planning and the long-term management of lower limb health.
