Principle and Application of 3DOE eMat460 Plantar Pressure Distribution System

3DOE eMat460 is a plantar pressure device focusing on the measurement of plantar pressure distribution data.

The device mainly consists of three major parts: a plantar pressure plate, a computer, and data analysis software.

Thousands of pressure sensors are built into the surface of the plantar pressure plate of this device, which collect real-time changes and specific values of pressure data in various parts of the foot when standing statically or walking across the pressure plate.

This device is a self-developed gait analysis device by 3DOE, featuring high sensitivity, accurate data, abundant measurement data, and can also be customized according to requirements.

The eMat460 adopts a USB interface with high stability and universal cables. If the USB data cable needs to be replaced during use, it can be easily selected and purchased with convenient procurement.

The power supply is 5V, which can effectively ensure human safety and avoid personal safety accidents caused by poor wiring connections.

The sensor density of this device is 4 sensors per cm², with a total of 5760 sensors. The dense number of sensors makes the collected data more accurate, and the data can be applied in various scenarios.

The external dimensions of eMat460 are: length 480mm, width 460mm, and thickness 5.5mm.

The net weight is 3.1kg.

This model is compact and easy to carry, making it most suitable for on-site data collection and measurement for customers. With its small size and light weight, only a laptop is needed additionally.

It is especially suitable for customized services and on-site measurement services.

This device also has three measurement modes, namely: static measurement, balance measurement, and dynamic measurement.

The measured data can be applied in identifying leg length discrepancy; screening for foot ulcers; evaluating flat feet and high arches; monitoring balance ability and center-of-gravity deviation; the additional rear camera can evaluate heel types and leg shapes; pre-operative and post-operative measurement and evaluation; fall risk assessment; sports laboratories, rehabilitation departments of medical institutions, and more.