ExoAtlet Exoskeleton Technology | Interpharma Medtech

ExoAtlet is a medical device developed for rehabilitation treatment for patients with lower limb walking disorders from diagnoses like stroke, traumatic brain injury, spinal cord injury, etc.

It is an innovative wearable exoskeleton that can be installed and utilized without restriction of space.

The exoskeleton is programmed to walk with a natural human gait and patient satisfaction is high throughout trainings.

Dedicated designed for

Unique Specification

Safety Suspension

Fast setting and fitting

Fast and Easy donning without any tools required

Natural Gait Pattern with Algorithm software

Providing normal gait pattern for appropriate neural plasticity

8 hours Operating Battery

The longest running Battery with 8 hours operating time for continuous training

For continuity and safety

Smart Control

Smart Crutches – For trained user

Tablet control – For Therapist

Passive, Active & Assist motion gait

Fully Covered in every stages

Customized Training For Each Patient

Step by step Mode

This mode is suitable for detailed posture correction by the trainer adjusting the gait according to the situation.

Continuous Mode

This mode is suitable for continuous, repetitive gait therapy. The therapist can enter specific training specifications for each user session.

Affected Mode

This mode is suitable for hemiplegic patients or patients with poor balance. In this mode, users can focus on sigle-leg training.

Active Mode

This mode requires the patient to exert force to operate the exoskeleton. The users can walk according to their ability and the exoskeleton will provide assisrance as needed.

Double safety system

Safety

Therapist control handles and handle buttons

ExoAtlet-II control handles allow the therapist to assist in balance and function during exoskeleton use. The handles also include a control button allows the therapist to initiate each step or stop function immediately, in the case of an emergency.

Motor sensor

ExoAtlet-II uses 4 motors that can efficiently and effectively power hip and knee function for patients up to 100kg. The motors include immediate stop sensors that detect missed steps, strong spasticity movements or rigid joint motions, during gait. When triggered these sensors will immediately stop the exoskeleton motion to prevent patient injury.

KEY POINTS