MAX A

“AI-Powered Mobility. Intelligent Recovery. Real Results.”

MAX A is an advanced AI-powered rehabilitation exoskeleton designed to restore lower-limb mobility and accelerate patient recovery. Using a world-first flexible drive system and precise force control, it ensures safe, comfortable, and effective rehabilitation. Real-time human-robot interaction allows seamless transitions between active, power-assisted, and passive modes to match user progress. Integrated with IoT and cloud connectivity, MAX A collects and analyzes training data for personalized rehabilitation plans. Its AI-driven quantitative assessment enhances therapy accuracy while motivating patients to take active participation, making it ideal for hospitals, rehabilitation centers, and medical research facilities.

Specs

Drive Type: Flexible drive system (patented)
Training Modes: Active / Power-Assisted / Passive
Force Control: Precision force feedback and adjustment
AI System: Real-time gait analysis and adaptive learning
Connectivity: IoT integration (Cloud–Robot–Human)
Data Function: Quantitative rehabilitation assessment and reporting
Safety: Multi-level protection and emergency stop
Applications: Hospitals, Clinics, Research Institutions

Discover the product through wonderful videos

Valoraciones

No hay valoraciones aún.

Sé el primero en valorar “MAX A”

Please Note: Please Note: Lead times for our products may vary based on availability, configuration, and current demand. To ensure accurate delivery timelines and stock status, we encourage all prospective customers to reach out to our team directly. You can request a quote through our website or email us at sales@robostore.com, and we’ll provide you with the most up-to-date information tailored to your order.

Discover real use cases of this product

Hospital Rehabilitation Centers

Hospitals can utilize MAX A for standardized, data-driven therapy sessions. Cloud-based AI assessments allow therapists to monitor multiple patients simultaneously and tailor sessions based on real-time performance analytics.

Neurological Injury Recovery

For patients with spinal cord or nerve injuries, MAX A delivers targeted power assistance to stimulate neural pathways. AI-driven feedback supports continuous progress tracking, improving rehabilitation outcomes over traditional methods.

Post-Stroke Rehabilitation

MAX A assists patients recovering from strokes by providing adaptive lower-limb training that restores balance, gait, and coordination. The intelligent force control system ensures smooth, progressive movements, helping patients regain confidence and mobility step by step.

Neurological Injury Recovery

Check the common questions of our clients

What makes MAX A different from other exoskeletons?

MAX A features a unique flexible drive and AI-enhanced adaptive training system that ensures precise control, high comfort, and seamless transitions between training modes for optimal rehabilitation results.

Who can use MAX A?

It’s designed for patients with lower-limb dysfunction due to stroke, spinal injury, or neurological disorders, and also supports elderly users needing mobility assistance under professional supervision.

How does the AI system improve rehabilitation?

AI analyzes gait and muscle performance in real time, adjusts power assistance accordingly, and provides quantitative data for therapists to refine recovery strategies.

Is MAX A safe for long training sessions?

Yes. It features multi-level safety protections including emergency stops, overload prevention, and real-time motion monitoring to ensure full user safety during operation.

Can it connect to the cloud?

Absolutely. The IoT system enables cloud-based data storage, progress tracking, and remote access for clinicians and research purposes.

What training modes are supported?

MAX A offers Active, Power-Assisted, and Passive modes, which switch automatically based on patient engagement and muscle response.

How is progress measured?

Through built-in sensors and AI algorithms, MAX A conducts quantitative assessments of gait, balance, and strength improvements over time.

Does it require medical supervision?

Yes, professional supervision ensures the correct setup, safe operation, and optimal progress throughout the rehabilitation process.