PreWalk (Horizontal Lower-Limb Exoskeleton Rehabilitation Training Robot)

PreWalk (horizontal lower-limb exoskeleton rehabilitation robot) helps patients sit up from bed sooner. During the early stage of illness, PreWalk can be used at the bedside in settings such as ICUs, neurology departments, and rehabilitation centers. The product offers the following key benefits:

• World's First Horizontal Wearable Exoskeleton Rehabilitation Robot
• Multiple training modes for comprehensive lower limb rehabilitation in the supine position, including passive, active-assistive, active, and resistance-based training.
• Intelligent, precise, and personalized assistance: A multi-sensor system intelligently detects and interprets patient movement intent in real time. Using human-machine interaction algorithms, it delivers on-demand support to maximize the recovery of active motor function.
• Ergonomic biomimetic wearable design
• User-friendly, compact, lightweight, and portable: ideal for deployment from hospitals to communities and homes.
• Passive, active-assistive, active, and resistance training modes based on linear flexion-extension movement
• Bridge training mode: strengthen locking and improve pelvic control.
• Bridge training mode: strengthen locking and improve pelvic control.
• Safety Protection: Spasm protection, joint angle limits, emergency stop, and more

Gait Training Lower Limb Exoskeleton Rehabilitation Robot

The gait training lower-limb exoskeleton rehabilitation robot helps patients stand up sooner, walk out sooner, and achieve longer, faster, and better walking.

This product offers the following key advantages:

• A unilateral wearable exoskeleton rehabilitation robot designed specifically for the rehabilitation needs of stroke patients with hemiplegia, representing a domestic and international first.
• The world's first exoskeleton rehabilitation robot to integrate sit-to-stand, standing, and walking function training for stroke patients.
• The first in China to achieve real-time patient intent detection for intelligent active rehabilitation of lower limb motor function, overcoming the limitation of current rehab robots that only support passive motion, thereby significantly enhancing patients' motor recovery outcomes.
• Achieves seamless transitions between the swing, extension, and stance phases of gait while providing intelligent joint protection for patients.
• Equipped with an intelligent motion real-time acquisition and functional assessment digital system to build a big data platform for rehabilitation and elderly care.
• Ergonomic biomimetic wearable design
• User-friendly, compact, lightweight, and portable: ideal for deployment from hospitals to communities and homes.

Core Features

• Feature Restoration:Early intervention, active movement, standardized gait, and establishment of normal walking patterns.
• Intent Detection:Fuses multi-dimensional distribution sensors to accurately interpret patient movement intent in real time.
• Smart Assistant:Leverage machine learning for intelligent human-machine interaction and personalized, precise assistance.
• Lightest in its class:Self-weight 2.5kg
• Simple and convenient:Wear in under 3 minutes
• Extended Battery Life:8 hours or more