Robert
Rehabilitation
Robot
Introducing Robert, Australia’s newest neuro rehabilitation robot offering both lower and upper limb robotic rehab assistance to aid recovery and achieve better patient outcomes.
We are pleased to announce that the first successful implementation of ROBERT in Australia is now available for clinical visitations at Gold Coast University Hospital in Queensland.
Following their successful grant funding and structured implantation plan, ROBERT is now in full-time operation in the rehabilitation department for stroke patients.
To arrange a site visit and see ROBERT in action clinically, please contact us now.
- Assisted
- Active
- E-Stim
- Resistance
- Upper Limb
- Lower Limb
Robert allows for high repetition automated training in a variety of modes including assisted, active, and resisted movements.
It allows patients to complete highly-complex and functionally relevant movement patterns.
As patients progress, facilitation can be added, including the use of functional electrical stimulation to actively assist in the specific movement.
For patients with full ROM, resistance can be included to build strength and capacity
Mobile Rehab Robot
Assisted
Fully supported movement of limbs with minimal patient muscle activity. Allows for early re-learning of complex patterns without allowing compensatory movements
Active
As muscle activation improves, the active mode can be used to facilitate high-dose functional movements with audio, haptic, and visual feedback to motivate patient participation
Resisted
Allows for graded resistance to be added to movements to increase strength and muscle activation for specific functional movements
We are very proud to announce the first installation of ROBERT in Australia at the Gold Coast University Hospital.
The Occupational Therapy team in the rehabilitation department are currently undertaking a study to evaluate ROBERT’s effectiveness as a treatment tool for Upper Limb recovery following stroke.
Contact us to discuss how we can assist with grant funding applications, context assessments, and implementation plans for ROBERT.
We are currently looking for research partners who would like to assess how mobile robotic devices like ROBERT can be used to reduce deconditioning of gerontology patients during extended hospital stays.
Site visits to see ROBERT in action are available.
ROBERT® supports us when training the paretic side of the patient, where the many repetitions and heavy liftings are very tough for me and my colleagues. When working with exercises that require leaning over the hip with a wide movement path we really see the unique support of using ROBERT®. In that way ROBERT® ensures an intensive training with many repetitions and more muscle work for our patients.
Stine Hansen - Physiotherapist
Training the plantar / dorsiflexors is hard to manage in a normal setup because the patient compensates a lot. ROBERT® really helps providing a quality movement, while myself, as a therapist, can decide on the range of motion for the exercise. This opportunity is a unique thing about ROBERT®.
Nicki Larsen - Neurophysiotherapist
Available in Australia
Contact us to arrange a Demonstration