Wisebot X5 Upper Limb Rehabilitation Robot
The Wisebot X5 from Huaquejing Medical is a 3D upper limb rehabilitation robot designed specifically for stroke patients with hemiplegia. Distinguished by its mirror training capability, the system enables coordinated bilateral movement training while incorporating intelligent assessment based on Brunnstrom staging and deep learning algorithms.
Product Overview
Developed on the foundation of neuroplasticity and mirror neuron rehabilitation theories, the Wisebot X5 provides thorough upper limb rehabilitation through an exoskeleton design that simulates natural human arm movement patterns in three dimensions.
The system addresses a key limitation in traditional rehabilitation: patient autonomy. Through its mirror training mode, patients can independently determine their affected-side movements, building greater engagement and psychological confidence during recovery.
Key Features
Multi-dimensional Movement Simulation: The X5 replicates human upper limb kinematics across multiple planes, enabling natural movement patterns during training sessions.
Intelligent Brunnstrom Assessment: Proprietary technology automatically evaluates patient recovery stage using the Brunnstrom scale, along with joint range-of-motion measurements.
Deep Learning Training Plans: The system generates personalized rehabilitation protocols based on patient assessment data and recovery progress.
Mirror Training Mode: Unique bilateral coordination training allows the unaffected limb to guide affected-side movements, promoting cortical reorganization.
Multiple Training Modes: Active, passive, active-passive, and mirror modes accommodate patients across all recovery stages.
Technical Specifications
Wisebot X5’s deep learning-generated training plans and automatic Brunnstrom staging enable personalized stroke rehabilitation without requiring manual therapist assessment at each session.
| Parameter | Specification |
|---|---|
| Robot Type | Exoskeleton-based |
| Movement Dimensions | 3D (multi-plane) |
| Training Modes | Active, Passive, Active-Passive, Mirror |
| Assessment | Brunnstrom staging, ROM measurement |
| AI Integration | Deep learning-based plan generation |
| Classification | Class II Medical Device |
Clinical Applications
The Wisebot X5 serves patients with upper limb motor dysfunction, particularly those recovering from:
- Ischemic and hemorrhagic stroke
- Traumatic brain injury
- Other neurological conditions affecting upper limb function
The mirror training function uses the interaction between damaged and undamaged brain hemispheres, reducing cortical inhibition and expanding functional activation areas to promote neuroplastic changes and functional reorganization.
Regulatory Status
| Region | Status | Date |
|---|---|---|
| China (NMPA) | Approved | 2022 |
| Europe (CE) | Not Applied | - |
| USA (FDA) | Not Applied | - |
Frequently Asked Questions
What makes the Wisebot X5 different from other upper limb rehabilitation robots?
The X5 is distinguished by its 3D mirror training capability, allowing patients to use their healthy limb to guide affected-side movements. This bilateral coordination approach, combined with AI-powered Brunnstrom assessment and personalized training plan generation, differentiates it from conventional rehabilitation robots.
What patient conditions is the Wisebot X5 designed for?
The system primarily targets stroke patients with hemiplegia and upper limb motor dysfunction. It accommodates patients from the flaccid paralysis stage through later recovery phases through its multiple training modes.
Does the Wisebot X5 require specialized training for therapists?
The system includes intelligent assessment and automated training plan generation to assist therapists, though specific training requirements should be confirmed with the manufacturer.
Browse related categories
Sources
Publicly available references used for the data on this page. See data methodology for verification standards.