Neuro Treadmill — Reversible Bi-Directional Clinical Treadmill for Stroke
The Neuro Treadmill is a clinical-grade, bi-directional rehabilitation treadmill engineered specifically for neurological and orthopaedic gait training — and uniquely distinguished by its reversible belt capability that enables both forward and reverse (retro) walking within a single device. Designed for hospital rehabilitation departments, neurological rehabilitation centres, and specialist physiotherapy clinics, the Neuro Treadmill provides physiotherapists with a complete, safe, and evidence-based gait training platform covering the full spectrum of clinical need: from early-stage post-stroke patients taking their first tentative steps at minimal belt speed, through to late-stage rehabilitation patients practising community ambulation speeds and gait symmetry refinement.
Extended Medical Handrails — Safety, Support & Therapist Access
The Neuro Treadmill's extended full-length medical handrails serve three distinct clinical functions simultaneously:
Patient Safety — Continuous bilateral handrail support spanning the full length of the walking surface eliminates lateral fall risk for patients with balance deficits, hemiparetic weakness, and neurological instability — enabling gait practice at a significantly earlier stage of recovery than would be safe on a standard treadmill.
Gait Facilitation Access — The parallel handrail design gives the physiotherapist clear, unobstructed access to both sides of the patient simultaneously — enabling bilateral manual facilitation of hip extension, knee control, ankle placement, and weight-shifting without the handrails blocking therapeutic access. This open access is essential for hands-on neurological gait rehabilitation.
Height-Adjustable Configuration — Handrail height can be adjusted to accommodate patients across a range of heights and to progressively reduce reliance on upper limb support as balance and confidence improve through the rehabilitation programme.
Low Step-Up Height — Accessible for Patients with Limited Mobility
The Neuro Treadmill's low step-up platform height enables patients with limited hip and knee flexion range, lower limb weakness, and balance impairment to mount the treadmill safely without requiring a therapist to physically lift or transfer the patient. This low step-up is a critical safety and accessibility feature for:
- Elderly patients with reduced hip flexion and step-up capacity
- Post-TKA and post-hip replacement patients with flexion restrictions
- Stroke patients with hemiparetic lower limb weakness
- Patients using the treadmill in combination with an unweighing harness system
Dual Emergency Stop System — Clinical Safety Standard
Safety Lanyard (Clip-Stop) — A magnetic safety lanyard attaches from the console to the patient's clothing. If the patient moves to the rear of the treadmill beyond a safe position, the lanyard detaches and instantly halts the belt — providing automatic, passive fall protection that requires no therapist action or patient cooperation to activate.
Emergency Stop Button(s) — Clearly identified, large-format emergency stop button(s) on the console and optionally on the handrails enable the therapist to immediately halt the belt if any safety concern arises during the session — without needing to reach across the patient or navigate controls.
Quantity
Specifications
Technical Specifications
| Specification | Detail |
|---|---|
| Belt Direction | Bi-directional — forward and reverse |
| Forward Speed Range | From 0.1 km/h increments (near-zero start) |
| Reverse Speed Range | 0.1 km/h increments |
| Handrails | Extended full-length medical parallel handrails |
| Step-Up Height | Clinical low — accessible for limited mobility patients |
| Emergency Stop | Dual — safety lanyard + emergency stop button(s) |
| Body Weight Support | Compatible with unweighing / BWSTT harness systems |
| Clinical Setting | Hospital, neurological rehab, physiotherapy clinic, gait lab |
| Indications | Stroke, TBI, SCI, Parkinson's, orthopaedic rehabilitation |














































