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Axelero / Eleveo

Robotic Rehab

Robotic

Robotic Rehab

Axelero / Eleveo

Robotic Gait & Balance

Robotic gait training and balance rehabilitation system with integrated treadmill. AI-driven protocols for neurological and orthopaedic patients with body weight support and outcome analytics.

Overview

Robotic Gait & Balance Training Treadmill

AXELERO Gait & Balance is Meden-Inmed’s most advanced treadmill — built not just for motor rehabilitation and biofeedback-guided training, but for objective, quantified measurement of a patient’s gait and running parameters. It’s designed for training gait pattern disturbances and balance, giving clinicians a device that both treats and measures in the same session.

At the core of the system is a built-in posturographic plate beneath the treadmill belt, which locates the patient’s Center of Pressure (CoP) in real time and detects patient presence on the device automatically. Combined with a large 43″ real-time biofeedback display, adjustable integrated handrails, and a full software suite for data tracking and analysis, AXELERO turns everyday gait training into a measurable, repeatable clinical process.

Robotic Gait & Balance

Physiomed — Dubai, UAE

Key Features

Built for clinical performance

✓

Robotic Gait Training

✓

Body Weight Support

✓

Balance Assessment

✓

Integrated Treadmill

✓

AI Rehab Protocols

✓

Outcome Analytics

Technical Specifications

Specifications

Dimensions (W×D×H)

256 x 78 x 195 cm

Weight

200 kg

Screen Size

43"

Model/ Classification

I, type B

Treatment Indications

Gait pattern retraining — correcting stride length symmetry, cadence, and weight distribution through real-time biofeedback
Balance and postural control training — using the posturographic plate's CoP tracking to guide balance retraining exercises
Objective gait assessment — quantified spatial and temporal gait parameter measurement for both patients and researchers
Motor rehabilitation — supporting recovery of walking function following neurological or orthopedic injury
Standardized clinical testing — built-in 6-Minute Walk Test (6MWT), Limits of Stability (LoS) test, and Romberg's test for objective outcome tracking
Weight-supported gait training — via integration with the ELEVEO dynamic unloading system, relieving up to 160kg of patient body weight during training

Clinical Protocols

Evidence-based treatment guidance

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

Stroke

real-time biofeedback and adjustable handrail support help retrain gait symmetry and weight-bearing as motor control returns.

Cerebral disorders

CoP tracking and symmetry analysis support structured retraining of balance and coordination affected by cerebellar or cortical dysfunction.

Spinal cord injuries

belt speed control and optional ELEVEO weight-support allow safe, progressive gait training even with significant lower-limb impairment.

Parkinson's disease

visual biofeedback on stride length and cadence helps address the shortened, shuffling gait pattern common in Parkinsonian gait.

Cerebral palsy

adjustable handrail width and height accommodate both child and adult patients, supporting long-term motor skill development.

Weight-supported training (optional)

For patients with significant gait dysfunction, the ELEVEO dynamic unloading system can be mounted above the treadmill to relieve up to 160kg of body weight during training — combining the highest safety standard with meaningful reduction in load for patients not yet ready for full weight-bearing gait training.

Safety protocol

Security key required to activate the device
Emergency stop button immediately halts training
Automatic "no user on treadmill" detection pauses/prevents training if the patient is not correctly positioned
Remote control (with dedicated emergency STOP) allows the patient to control speed and screen content directly, while the therapist can also remotely launch, stop, or observe the session in real time via the wireless tablet

Session data & progress tracking

All training sessions are logged to a patient's account via the device's wireless tablet software, allowing therapists to compare current results against any past session at any time.

Optional accessories:

Handrail setup Integrated handrails adjust across a wide range to fit both child and adult patients:

Handrail width: 43–69 cm
Handrail height: 66–94.5 cm

Set handrail width and height to match the patient's body size and support needs before beginning training, adjusting as tolerance and confidence improve across sessions.

Biofeedback parameters monitored during training

Stride length symmetry
Weight distribution symmetry
Center of Pressure (CoP) movement, visualized via the "Butterfly" chart (CoP changes over time; color intensity indicates recency of data, with the crosscut of two grey lines marking treadmill center)
Real-time bar chart data analysis (gait symmetry — spatial and temporal parameters)

Symmetry analysis (left vs. right limb)

Average weight load
Maximum weight load
Time of stance phase
Time of swing phase

Additional tracked data

CoP in X and Y axis
Pressure on treadmill belt
Belt speed
Gait stance phase
Cadence, speed, step count, distance traveled (left and right limb)

Standardized assessments available

6-Minute Walk Test (6MWT) — functional walking capacity
Limits of Stability (LoS) test — static balance assessment
Romberg's Test — 30 seconds eyes-closed / eyes-open static balance comparison

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Interested in the Axelero / Eleveo?

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