SennoScan SeriesWalkway-Style Plantar Pressure and Gait Analysis System
A cost-effective walkway-style plantar pressure and gait analysis system developed by Sennotech,
designed as an accessible alternative to expensive imported systems.
Product Overview
SennoScan is a cost-effective, walkway-style plantar pressure and gait analysis system by Sennotech. Designed to replace expensive imported alternatives, the system utilizes aviation-grade grid sensor matrices. Available in 120cm, 160cm, and Motion Capture (MoCap) versions, it delivers an all-in-one digital solution for clinics, sports science, and academic research.
Key Features & Tech Advantages
High-Precision Sensors
Equipped with ultra-sensitive sensor matrices featuring 12-bit A/D conversion and non-linearity below 1%.
Dynamic & Static Analysis
Instantly measures static pressure and stability, and dynamically tracks gait phases, walking patterns, gait cycles, Center of Pressure lines, and hundreds of medical and sports analysis parameters.
Versatile Configurations
Standard 120cm / 160cm
Built for standard walkway testing with simple operation, sensitive response, and high-precision data capture.
Motion Capture Version
Integrates MoCap cameras to automatically track sagittal-plane joint motion of the shoulder, hip, knee, and ankle in sync with gait cycles for dynamic posture consistency analysis.
Low-Cost Commercial Operation
Automatically generates intuitive reports and supports dual-portal merchant and institution management to reduce data distribution and maintenance costs.
Registration Information
Plantar Pressure Gait Assessment Device
Medical device registration information
Registration Certificate No.:粤械注准20252070181
Common Application Scenarios
Clinical Screening
Endocrinology & Orthopedics
Diabetic foot ulcer risk screening, foot pathology evaluation, and custom orthotic design.
Neurology, Pediatrics & Rehab
Gait assessments for stroke and Parkinson's disease, plus screening for pediatric developmental gait abnormalities.
Geriatrics & Health Checkups
Fall risk assessments linked to degenerative joint diseases across different age groups.
Sports Medicine
Analysis of athletic injuries such as foot strains and stress fractures, as well as joint range of motion.
Sports Science & Research
High-precision spatio-temporal gait parameters provide foundational data for biomechanical research.
Gait & Posture ExpertSennoGait Portable Gait and Posture Analysis System
Powered by AI deep learning and massive biometric datasets, it downsizes traditional clinical equipment
into a lightweight mobile solution for smart digital gait and posture analysis.
Product Overview
SennoGait is a portable gait and posture analysis system. Powered by AI deep learning and massive biometric datasets, it downsizes traditional, bulky clinical equipment into a lightweight, mobile solution, breaking location barriers to deliver smart, digital gait and posture assessments anywhere.
Key Features & Tech Advantages
Dual-Mode Seamless Capture
Gait Analysis
Uses smart insole-style micro-inertial sensors to transmit data wirelessly via Bluetooth to a phone or tablet.
Posture Analysis
Requires no extra hardware and uses a phone or tablet's standard RGB camera to reconstruct the environment and assess posture.
AI-Driven Risk Evaluation
Backed by a database of tens of millions of data points, it delivers rapid quantitative risk assessments for personalized training and corrective plans.
Smart Cloud Ecosystem
Supported by a cloud algorithm library for dynamic gait report generation, real-time posture visualization, and multi-dimensional Web-based analysis.
Anytime, Anywhere Operation
Removes venue restrictions with a seamless workflow that lowers the barrier of use for both businesses and clients.
Medical-Grade Accuracy Verification
Accuracy Certificate and Academic Publication Backing
Tested by the China National Institute of Standardization, SennoGait was compared with a Vicon motion capture system to verify the accuracy of its core kinematic parameters under normal gait.
2.51%average difference rate for core kinematic parameters under normal gait
7core kinematic parameters verified by comparison
Published in the international journal Aging
Li P, Wang Y, Jiang Y, Zhang K, Yang Q, Yuan Z, Zhu Z, Tang W, Fan M, Ye W, Dong Q, Jin L, Ding D, Cui M, Chen X. Cerebral small vessel disease is associated with gait disturbance among community-dwelling elderly individuals: the Taizhou imaging study. Aging (Albany NY). 2020;12(3):2814-2824. doi: 10.18632/aging.102779.
Core technology: SennoGait gait analysis system is used as the core quantitative assessment method.
Clinical application: Successfully applied to early screening and precise quantification of gait disorders in cerebral small vessel disease (CSVD), validating its high accuracy and credibility in medical-grade clinical research.
Common Application Scenarios
Quantitative Rehabilitation
Keeps track of rehab logs, evaluates treatment efficacy, and supports remote out-of-hospital monitoring.
Sports Injury Risk Assessment
Assesses ankle stability and analyzes foot pronation and supination.
Professional Sports Coaching
Improves running efficiency and provides targeted performance optimization plans.
Prosthetic & Orthotic Fitting
Guides custom gait training and accelerates post-operative gait recovery.