What makes the ReoGo™ unique?
Fully motorized and ergonomic robotic arm, along with advanced software which combines personalized, patient-specific exercises and engaging games designed by leading therapists. Motorika’s innovative ReoGo™ is a highly effective robotic system for upper limb therapy.
How does it work?
This portable and user-friendly platform facilitates two-or three-dimensional movements, allowing patients who have suffered a stroke or other neurological injuries to essentially retrain the brain through measured repetitive motion and advanced biofeedback.
Underlying the treatment modality is the clinical principle that carefully designed, repetitive and guided neuromuscular training serves to enhance learning and promote cortical reorganization, which, in turn, contributes to functional recovery. As a robotic-assisted device, the ReoGo™ provides up to ten times more repetitions per session than an average non-robotic treatment, thereby improving recovery and treatment outcomes.
Clinical research shows:
ReoGo™ improves independence & functional ability
Clinical evaluations of therapy using the ReoGo™ have been conducted in the US, Japan, Italy, Germany and Israel with a combined total of over 350 sub-acute and chronic stroke patients, with conclusions showing that the platform is safe, has no side effects, and has a significant positive effect on proximal upper extremities movement and synergy movement, as well as on lower function cohort. The ReoGo™ offers dramatic functionality improvements in the shoulder, elbow, and forearm – improvements which are maintained over time.
ReoGo™ therapist benefits:
- Easy to set up and operate
- Highly intuitive user interface with multi-language support
- Advanced management software with comprehensive assessment and recording capabilities, which enables the therapist to design and personalize treatment to the patient’s capabilities and status in real time:
- Detailed feedback on patient progress
- Monitoring and tracking of movement quality
- Ability to export reports such as treatment progress scoring
- Features five operating modes (Guided, Initiated, Step Initiated, Follow Assist and Free) that gradually increase load and movement complexity, which enables treatment of all rehabilitation stages from completely passive to active patients
- Features a library with a wide range of engaging exercises and games for various rehabilitation objectives, and allows therapists to customize session Improves therapy management by providing accurate assessment and progress
ReoGo™ patient benefits:
Both passive and active patients can benefit and advance to higher levels of functionality through the individualized treatments under the guidance of their therapist.Enhances patient motivation using personalized exercises and engaging games adapted to their individual functional ability, improving their:
- Range of motion
- Muscle strength
- Muscle tone
- Movement smoothness
- Accuracy of movements
- Cognitive functions
- Length: 101 cm (39.8 in)
- Width: 58 cm (22.8 in)
- Height: 90 cm (35.4 in)
- Weight: 79 Kg (174.2 lb)
- AIO computer I7, Win 7 Pro, 23.8 in. touch screen
- System Rating: 115/230 VAC 300VA
- Frequency: 50-60 Hz
- USB ports: As part of AIO PC
- Multiple handles for all patient needs:
- Forearm support handle
- Flat handle
- Grip&Release handle
- Integrated wheels for easy transport
- Takebayashi T. et al. Assessment of the Efficacy of ReoGo™-J Robotic Training Against Other Rehabilitation Therapies for Upper-Limb Hemiplegia After Stroke: Protocol for a Randomized Controlled Trial. Front Neurol. 2018; 9: 730.
- Kim G. et al. Is robot-assisted therapy effective in upper extremity recovery in early stage stroke? —a systematic literature review. J Phys Ther Sci. 2017 Jun; 29(6): 1108–1112.
- Takahashi K et al. Efficacy of Upper Extremity Robotic Therapy in Subacute Poststroke Hemiplegia: An Exploratory Randomized Trial. Stroke. 2016;47:1385-1388.
- Thielman G, Bonsall P. Rehabilitation of the Upper Extremity after Stroke: A Case Series Evaluating REO Therapy and an Auditory Sensor Feedback for Trunk Control. Stroke Res Treat. 2012;2012:348631. doi: 10.1155/2012/348631.
- Doucet BM. Neurorehabilitation: Are We Doing All That We Can? American Journal of Occupational Therapy, July/August 2012,66:488-493. doi:10.5014/ajot.2012.002790
- Sledziewski L; Schaaf;RC, Mount J. Use of Robotics in Spinal Cord Injury: A Case Report. American Journal of Occupational Therapy, 2012 January/February,66:51-58.
- Einav O, Geva D, Yoeli D, Kerzhner M, Mauritz KH. Development and validation of the first robotic scale for the clinical assessment of upper extremity motor impairments in stroke patients. Top Stroke Rehabil. 2011 Oct;18 Suppl 1:587-98.
- Bovolenta F. et al. Robot-aided therapy for upper limbs in patients with stroke-related lesions. Brief report of a clinical experience. J Neuroeng Rehabil. 2011 Apr 9;8:18.
- Treger I, Faran S, Ring H. Robot-assisted therapy for neuromuscular training of sub-acute patients. A feasibility study. Eur J Phys Rehabil Med. 2008 Dec;44(4):431-5.
- Clinical use of ReoTM Therapy System for the Rehabilitation of the Upper-Limb Motor Function after Stroke. Mauritz KH, van Kaick S, Eickhof C, Faran S, Platz T.
- Upper Extremity Robotic Intervention for Acute Pediatric UE Impairment. Jordan Porter, M.S. OTR/LCenter for Rehabilitation, Occupational Therapy Department, Childrens Hospital of Philadelphia. Poster presentation at the American Occupational Therapy Association (AOTA) Annual Meeting, 2019.
- Upper Extremity Robotic Therapy is Effective in Post-stroke Hemiplegia: a randomized control trial. Hiroyuki Takahashi, MD, PhD Kitasato University, Tokyo. Slides presented at the American Heart Association (AHA) annual scientific session, February 2011.
- Upper Extremity Robotic Therapy is Effective in Post-stroke Hemiplegia: a randomized control trial. Hiroyuki Takahashi, MD, PhD Kitasato University, Tokyo. Poster presentation at the American Heart Association (AHA) annual scientific session, February 2011.
- Feasibility of a New Robot-Assisted Therapy for Neuromuscular Training of Sub-Acute Stroke Patients. Faran S, Treger L, Mahoney R, Ring H.
- Active and repetitive robot assisted training improves the functional recovery of the arm in sub-acute stroke patients. Faran S, van Kaick S, Eickhoff C, Mauritz, KH.
- Guidelines for Adult Stroke Rehabilitation and Recovery 2016
- Motorika – One of the most innovative companies
- Tone reduction after training with ReoGo
- Repeat Performance. Motorika’s ReoGo can aid upper extremity hemiparesis. Anar Shah, PTA, SouthWest Advanced Neurological (SWAN) rehab. June 2008
- ReoGo – Reo Robot-Assisted Therapy Program – The Rehabilitation Institute of St. Louis
- Robotics bring new treatments for stroke rehabilitation, Uri S. Adler, M.D. Focus on Rehabilitation. A publication from Kessler Institute for Rehabilitation
- Improving upper-extremity movement – ReoGo. An article in Stroke Connection July/August 2010.
- Reotherapy Provides Functional Gains in Traumatic Brain Injury Patient Four Years After Completing “Traditional” Therapy Services (Case Study) John Heinz, Allied Health Services, 2007.
- Motorika Portfolio
- ReoGo Product Brochure
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testimonialsRead what patients and therapists say about Motorika
The ReoGo™ gives us an opportunity to explore ways of treating the arm that we never had before. It helps train sequence and movement patterns by progressively challenging patients with more complex movements. It’s also very easy to use, and once patients are evaluated and set up they can do the work for themselves.
It was amazing–at first the robot showed me the way, but then I have actually moved my hand towards the point almost all by myself . . . I was able to see progress already on my third session
In treating patients after stroke we come across many challenges: How do you teach someone to initiate a motion? How do you teach someone to sequence wrist, shoulder, or elbow motion? How do you give them lots of repetition with lots of variation? The ReoGo™ gives us an opportunity to explore ways of treating the arm that we never had before. It helps train sequence and movement patterns by progressively challenging patients with more complex movements. I think devices like the Reo have great potential to be used in all phases of rehabilitation.
Our outpatient clinic provides physical therapy and occupational therapy for people with stroke, brain injury, Parkinson’s, and other neurological conditions. We’ve found that Motorika’s ReoGo™ is an effective treatment modality for our stroke patients. All patients who participated in the Reo program demonstrated significant improvement on the Fugl-Meyer motor score, improved function and increased strength and control of movement. I enjoy working with ReoGo™ because of the variety of exercises and the ability to adapt to high and low functioning patients. The setup is fairly easy, and patient progress is remarkable. My experience with ReoGo™ and Motorika has been a positive one, and our patients have clearly taken advantage of the system’s benefits