ZEPU-AI
AI Technology
Robotic
AI Technology

ZEPU-AI

AI Gait Training & Evaluation System
A robotic exoskeleton gait trainer that leads the lower-limb joints through a physiological walking pattern — combining weight support, walking and balance to drive high-repeatability rehabilitation.

Overview

Restoring natural walking, one step at a time

ZEPU-AI adopts 5-section connection technology, using demonstration parameters that follow a physiological gait to lead the lower-limb joints of the patient. It combines weight support, walking and balance to simulate a normal walking mode and support high-repeatability training.

Built on neural theory, the system is designed to maximise neuroplasticity — exploring, releasing and recovering the patient’s potential capacity to enhance their walking ability independently. The auxiliary force of each machine leg can be adjusted to need, while sensors continuously detect abnormal gait, spasm and abnormal stops.

For the therapist, ZEPU-AI frees the hands, saves manpower and improves efficiency, while detailed gait analysis and real-time motion feedback track every session. Training data can be exported as reports and images for objective outcome assessment.

AI Gait Training & Evaluation System

Physiomed — Dubai, UAE

Key Features

Built for clinical performance

AI-powered Gait Training
5-Section Connection Drive
Dynamic & Static Weight Support
Passive / Assistance / Active Modes
Objective Quantitative Evaluation
Multiple Safety Guarantee System

Technical Specifications

Specifications

Dimensions (W×D×H)

2960 × 1570 × 2650 mm

Weight

600 kg

Voltage

950 VA

Frequency

50 Hz

Power Consumption

AC 220 V

Additional Specfications

Gait Drive 5-Section (Pelvic · Knee · Treadmill)
Pelvic Width Adjustment > 16 cm
Leg Adjustment: Upper 35–47 cm · Lower 0–11 cm
Treadmill Walking Speed 0.1 – 3.5 km/h
Weight Reduction Range  0 – 80 kg
Max Patient Height 200 cm
Spasticity Grades Strong / Medium / Weak

 

Treatment Indications

Passive Mode
Movement driven entirely by the mechanical leg — ideal for early-stage and low-mobility patients.

Assistance Mode
Parameters set to the patient’s unique requirement, sharing effort between machine and patient.

Active Mode
High-level training where movement is led by the patient themselves, with augmented feedback.

Clinical Protocols

Evidence-based treatment guidance

Recommended starting parameters by indication. Final protocols should be set by the treating clinician.

Blood donation
Position the donor with the backrest and armrests properly adjusted before starting. Check that the donor is relaxed, well supported, and able to tolerate the procedure.
Blood collection
Keep the donor’s arm steady on the concave armrest. Adjust the armrest height and angle to reduce movement and improve access.
Dialysis
Use the chair in a semi-reclined or bed-like position when longer treatment time is expected. Recheck comfort, circulation, and posture during the session.
Weakness or fatigue
Use the reclining feature and leg support to improve tolerance. Observe the donor carefully and avoid abrupt position changes.
Anxiety during procedure
Place the chair in a stable, comfortable position and use the removable pillow and tray table to improve relaxation and convenience.

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Interested in the ZEPU-AI?

Request a demo, pricing or clinical consultation. Our team responds within one business day.