ExoMotus™ M4

description

ExoMotus™ M4

ExoMotus™ M4 – Lower Limb Exoskeleton

ExoMotus™ M4 is an advanced lower limb exoskeleton rehabilitation system developed by Fourier Intelligence. Featuring an ergonomic design with an integrated balancing support frame, the ExoMotus™ M4 provides machine-assisted rhythmic gait patterns to minimize gait abnormalities during the early stages of rehabilitation.

The balancing support frame allows safe upright overground walking, reducing the need for therapist assistance while providing plantar sensory feedback during training. This comprehensive approach supports patients through their entire gait rehabilitation journey.

Precise, Responsive, Revolutionary

The ExoMotus™ M4 exoskeleton delivers precise gait assistance through advanced robotics technology. It can provide machine-assisted rhythmic gait patterns to minimize gait abnormalities during early rehabilitation stages, ensuring safe and effective walking recovery with real-time force feedback and adaptive control systems.

Comprehensive Gait Rehabilitation

With customizable training parameters including stride length, speed, and guidance force, the ExoMotus™ M4 supports various training modes such as overground walking, on-the-spot marching, and assistive modes. These capabilities promote optimal sensory input, improve cardiopulmonary function, and prevent muscle atrophy throughout the rehabilitation process.

Detail product

Fourier

SPECIFICATION

Product Type

Lower Limb Exoskeleton Rehabilitation System with Integrated Balancing Support Frame

Gait Assistance

Machine-assisted rhythmic gait pattern to minimize gait abnormalities during early rehabilitation stages

Training Modes

Overground walking, on-the-spot marching, and assistive modes with customizable stride length, speed, and guidance force

Vertical DOF System

Vertical Degree of Freedom for natural gait experience, supporting realistic weight shifting and elevation changes during walking

Safety Features

Integrated balancing support frame for safe upright overground walking with reduced therapist assistance and plantar sensory feedback

Clinical Indications

Stroke, Spinal Cord Injury, Traumatic Brain Injury, Multiple Sclerosis, and other neurological conditions affecting lower limb mobility

Data Monitoring

Real-time monitoring of gait pattern, joint angles, and step count with automated reports for quantifiable rehabilitation data

Features Product

Search

Request quotation

Ask Us
Quotation