The core principle of the gait plantar pressure tester is: through pressure sensor technology, the plantar pressure distribution and gait characteristics of the human body are captured in real time, and detailed data reports are generated.
When the plantar pressure sensor captures these data, it converts these data signals into digital information, and combines them with 3D imaging technology to save plantar pressure distribution diagrams, quantify arch types, center of gravity trajectory, pressure peaks, gait cycle parameters and other data through software, and generate visual data reports.
Advantages of using the gait plantar pressure tester in medical rehabilitation:
1. It can accurately evaluate biomechanical abnormalities of the foot such as flat feet and high arches, and can also assist in the diagnosis of diseases such as diabetic foot and ankle pain.
Dynamic measurement can also be used to assist in the diagnosis of knee joint degeneration and scoliosis risks caused by the deviation of the force line of the lower limbs.
2. Corrective insoles and corrective shoes can be customized according to the data measured by the gait plantar pressure tester. Through these measured data, the arch support point can be optimized to achieve the purpose of improving gait.
You can also formulate a more reasonable rehabilitation training plan based on data such as plantar pressure distribution, such as arch strengthening and gait correction training.
3. According to the measured data, you can dynamically monitor the data changes before and after foot treatment, effectively evaluate the rehabilitation effect, and make an optimization plan for the next step of rehabilitation. This can reduce subjective judgment errors, provide more customer data support for doctors and rehabilitation therapists, and better optimize the treatment plan.
However, there are many styles of gait plantar pressure testers. What type of style should the hospital choose? It needs to be purchased according to the hospital’s budget or specific needs.
