Dynamic Gait and Posture Analysis system combines artificial intelligence, micro posture sensing, machine vision and thin film pressure sensing technology together with a design of wearable smart insoles to streamline the traditional gait analysis process from 30-60 minutes to 1-2 minutes. Gait analysis is no longer limited in laboratory.
Using the Dynamic Gait and Posture Analysis system could help you to do rehabilitation evaluation anytime at anywhere, even to do remote analysis in patients'home.
We have accumulated a large gait database providing normal reference values for different age groups,which is convenient for doctors to make a conclusion.
Dynamic Gait and Posture Analysis System can screen out more than ten posture problems such as forward head posture,unevenshoulders,scoliosis, knock knees, bow legs,hyperextended knee , flatfoot, and high arch.This system can speculate the condition of muscle and skeletonfrom the analysis outcome and give a risk classification based on the big data.
Dynamic Gait&Posture Analysis System Introduction
A World-leading artificial intelligence gait&posture analysis system...
Obtain the most precise data in the most efficient manner, with AI automatically detecting issues
Dynamic Gait&Posture Analysis System compared with the data from 3Dmotion capture system before launching ,and there was a 99.09% identity in
core data.
Automatically identifies bony landmarks,intelligently speculates musculoskeletal
status and gives risk ratings.
Simple operation, no site restrictions, good
patient compliance, and real outpatient
availability!
Multiple languages available for selection.
Accurately measures plantar pressure distribution and body balance, and can support multiple data such as posture and gait.
Support for customized report headers and logos!
Application Senarios
Scoliosis and Flatfoot
Screening of Children and
Adolescents
Foot clearance mechanism,toe
movement trajectory quanititative
analysis to warn the fall risk.
Postpartum Rehabilitation Assessment
Postoperative Evaluation of
Orthopedics
To see the weight-bearing time
of the affected side after operation
Biomechanical analysis of lower limbs in Knee Arthritis.
Visual display of plantar force distribution for bow legs knee arthritis.
Training Injury Risk Warning
Hyperpronation warns of lower limbs sports injury risk.