ROBERT® – THE ROBOTIC CO-THERAPIST
ROBERT®’s primary objective is to assist therapists in providing intensive functional training for patients, and becoming a helping hand for professionals in their working environment. The device is upgradable with an EMG-triggered FES module, and a module for upper limbs rehabilitation.
With ROBERT®, patients can receive unlimited training until reaching the point of fatigue, while the therapists’ heavy workload is highly reduced. Its easy set-up and high mobility ensure that ROBERT® is a perfect fit for all small, medium, and big sized healthcare facilities.
Download brochureMAIN FEATURES
Dual device
Training of both upper and lower extremities
Mobile device
Suitable for training in various environments
Modular device
Opportunity to add EMG-triggered FES and Upper Extremity modules
Quick set-up time
Only 3 minutes
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 at NeuroRehab
YOUR CO-THERAPIST
The new paradigm in the rehabilitation environment
ROBERT® represents a co-therapist for occupational therapists and physiotherapists, supporting them in their daily routine of functional training, and therefore reducing their workload.
Offering intensive rehabilitation enables patients to become more self-sufficient and thus take away work pressure from the nursing or home care staff, and consequently from the organization.
This solution is suitable
for patients with:
- Acquired Brain Injury – Stroke
- Traumatic Brain Injury (TBI)
- Cerebral Palsy
- Spinal Cord Injury (SCI)
- Multiple Sclerosis
- Orthopaedics Injury (hip, knee, ankle)
TRAINING MODES
ACTIVE RESISTIVE
MOBILISATION
ROBERT® offers resistance against the patient’s movement. The resistance level of the exercise is adjusted to the patient’s functional strength.
ACTIVE ASSISTIVE
MOBILISATION
ROBERT® assists the patient through the exercise. The patient’s functional strength determines the level of activity during the exercise.
PASSIVE
MOBILISATION
ROBERT® supports early mobilisation of severely affected patients with reduced level of function.
This solution is relevant
for:
- Rehabilitation centres
- Physiotherapy clinics
- Hospitals (neurology, geriatrics, oncology)
- Occupational therapy department
- Nursing homes
BENEFITS
For patients
- Offers customized treatment that can fit every patient’s rehabilitation needs
- Robotic training both at the bedside and in a large rehabilitation facility
- Unlimited training via self-training
For healthcare professionals
- Eliminates the heavy workload for the therapists
- User friendly with a quick set-up time of just 3 minutes
- Easy reporting consisting of evaluation of patients and progress monitoring
STATION-BASED TRAINING
A complete and flexible solution for rehabilitation
ROBERT® represents an efficient tool for facilitating group training where one therapist could take care of 2-4 patients at the same time.
Patients can train in different environments, receiving robotic training in a large facility next to functional training devices e.g. gait trainer, stair climber machine.
PLUG AND PLAY
Offers professionals a quick, safe and intuitive set-up
Plug
Attach
Record
Play
SPECIFICATIONS
Name
ROBERT®
Catalogue number
24-800-000
Warranty
2 years and/or 10,000 hours
Rated input
110 V / 230 V AC
Frequency
50/60 Hz ± 1 Hz
Rated power input
1 kVA
Operating temperature
5°C – 35°C
Storage temperature
0°C – 45°C
Dimensions
1069mm x 766mm x 1306mm
Atmospheric pressure
700 – 1060 hPa
Humidity
20% – 80% RH
Environment
Indoor usage
Ingress
IP21
Weight
160 kg
Sound level
67 dBA
Patients up to
165 kg / 360 pounds
Certifications
ROBERT® is approved as a Class IIa medical device in compliance with the medical device directive (93/42/EEC) and is FDA registered.
Contact us
We strive to answer all inquiries within 24 hours.
Life Science Robotics ApS
Sofiendalsvej 83
DK-9200 Aalborg SV
Life Science Robotics ApS
Sofiendalsvej 83
DK-9200 Aalborg SV
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 779966