The system consists of a high-density flexible fabricpressure sensing array, a lightweight dataacquisition unit, and professional collection andanalysis software.
The system transmits pressure values and contactarea from each sensing unit in real time via wired orwireless connection. It enables precise calculationof overall average pressure, peak pressure, pressurevariation trends, and asymmetry in pressuredistribution, thereby achieving dynamic monitoringand quantitative analysis of contact pressurebetween the hand and key parts of the human body.Designed for research and laboratory settings, thesystem is suitable for fields such as ergonomics,sports science, rehabilitation medicine, wearabledevice research, and robotic tactile sensing,providing a reliable pressure distributionmeasurement solution for experimental datacollection, functional evaluation, and modelconstruction.

This system consists of a high-density flexiblepressure sensing array, a lightweight dataacquisition unit, and dedicated acquisition andanalysis software. It transmits pressure values andcontact area information from each sensing elementin real time via wired or wireless connection,enabling accurate calculation of overall averagepressure, peak pressure, pressure variation trends,and distribution asymmetry. This allows for dynamicmonitoring and quantitative analysis of human torsopressure distribution.
Designed for research and laboratory applications,the system is suitable for fields such as ergonomics,sports science, rehabilitation medicine, andwearable technology research. It provides a reliablepressure distribution measurement solution forexperimental data collection, evaluation, and modelconstruction.

This pressure distribution system consists of a pressuredistribution sensor data receiver and acquisition/analysissoftware. It transmits real?time data - including pressurevalues and contact area - from each pressure sensingpoint via wireless or wired network, and calculates theaverage, maximum, and minimum pressure values acrossthe entire sensor.

Used for measuring contact pressure distribution on insoles, it features stable performance, high accuracy, and multiple sensing points. It displays the entire contact pressure in 2D and 3D pressure distribution images and records the whole force process as engineering files. Through a simple calibration function, it provides the magnitude, timing, and location of forces and pressures acting on the sensor.

The Pressurefilms Mattress Flexible Fabric Pressure Distribu-tion Testing System utilizes flexible fabric pressure sensingtechnology, big data analytics, and cloud computing technol-ogy providing scientifically reliable in-store demonstrationsolution and operational tool. By building a brand-new digitaland standardized shopping experience, the system rendersinnovative interaction and display services for home furnish-ing brand stores.

Used to measure the contact pressure distribution on a contact surface, the system, featuring stable performance, precise measurement, and a high number of measurement points, can display the contact pressure of the entire contact surface as 2D and 3D pressure distribution images, and record the entire force application process as a video file.