Shanghai Siyi Intelligent Technologie Co., Ltd. est one de le most reliable fabricants and suppliers de souple exosquelette for marche in Chine. Our usine est specialized in providing high qualité robotic products for utilisation à domicile. Welcome to place an order.
Souple Exosquelette for Marche est a dual lower-limb hip joint assistive appareil designed for outdoor activities, urban mobilité, and rééducation applications. It enhances marche, hiking, and everyday movements by improving efficiency and reducing physical strain.
Powered by avancé sensor technologie and intelligent control algorithms, le system detects le user's movement intentions in real time and delivers precise, responsive assistance. By significantly reducing le load on le lower limbs, it makes every step feel lighter, smoother, and more natural.
Millisecond-Level Gait Response
Human–Machine–Environment Collaborative Algorithm
High-Precision Sensor
Léger Carbon Fiber Frame
6 Selectable Assistance Modes
Quick-Swap Battery Design
Human–Machine–Environment Collaborative Algorithm
Powered by an integrated AI gait algorithm, it detects your movement intentions in real time and precisely analyzes step angle, cadence, and posture for responsive, adaptive assistance.
High-Speed Chip
Millisecond-level computing ensures assistance that feels natural, stable, and reliable
01
Avancé Algorithm
Automatically aligns le output curve with le body's natural force rhythm, allowing assistance to engage seamlessly for smoother marche
02
Multi-Dimensional Sensors
Continuously monitor cadence, joint angles, and environmental changes in real time, enabling dynamic adjustment to ensure optimal performance across different scenarios.
03
Smart APP
Customize modes and parameters to create your personalized gait program. Key data such as steps, distance, and energy consumption sont clearly displayed..
04
Ergonomic design with carbon fiber and memory foam - Strong & Léger
Powered by a 16Nm high-torque motor, it easily handles steep slopes and stairs, while le intelligent algorithm adjusts power output in real time
