The eMat plantar pressure distribution testing system adopts high-density plantar pressure sensors and dynamic analysis software. It can accurately acquire the pressure distribution of each plantar part during standing and walking. Through objectively quantified data analysis, it supports clinical diagnosis and treatment modes. Different from traditional measurement methods, eMat can further insight into foot function and biomechanical parameters, and identify high plantar pressure problems that cannot be distinguished by the naked eye. It can be widely applied in foot function analysis, gait analysis, postural stability, fall risk assessment, as well as sports laboratories, rehabilitation departments of medical institutions, foot and ankle surgery, and scoliosis orthosis.

Advantages:

● Confirm plantar pressure data of leg length discrepancy

● Screen areas prone to foot ulceration

● Identify asymmetric performance of both sides during gait and standing phases

● Perform foot functional measurement with plantar pressure analysis by different foot regions such as heel, midfoot and forefoot

● Examine dynamic displacement and local pressure concentration areas

● Database function: create new patient data, edit existing patient records, delete patient information, open files, delete files, search data, and print test reports

Applications:

● Improve personal predictive capability for foot function screening and expand clinical practical experience

● Reduce the incidence of foot ulcers or pressure sores and accelerate the recovery process

of foot ulcers or pressure sores

● Detect foot problems caused by insensitive neuropathy

● Provide supporting documents for medical service fees and insurance claims

● Monitor the improvement of balance, muscle strength and weight transfer function