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Finger-Hand-Rehabilitation
With AMADEO® patients who are barely able or unable to grasp can perform hundreds of robot-assisted grasping movements. Active participation of the patient’s affected hand is promoted by biofeedback and assist-as-needed interactions.
Shoulder-Arm-Rehabiliation
Whether proximal or distal training, DIEGO® purposefully supports the rehabilitation of natural motion, allows the handling of everyday objects to be relearned, and is usable by adults and children alike.
Interactive and task-specific therapy
MYRO®´s sensor-based surface enables task-oriented rehabilitation with real objects, trains the patient’s cognitive abilities, and improves motor abilities of the upper extremity.
Upper Extremity Rehabilitation
As a multifunctional rehabilitation device with comprehensive accessories, PABLO® enhances classical therapy exercises with biofeedback, objective assessments, and gamification.
The perfect therapy setting
The TYROSTATION is home to all components of PABLO® and TYMO® and provides ergonomic adaptability for patients.
- Lower Extremity
Gait and Locomotion
LEXO® is an end-effector-based gait trainer that revolutionizes gait rehabilitation through fast setup, high patient activity, and trunk support. Gait training with LEXO® means gait rehabilitation combined with scientific evidence.
Gait training for the goals across all phases
More than just a therapy bike! OMEGO® Plus combines uni- and bilateral leg training, leg press, stepper, cycling & foot lift training in one device.
Balance training and postural control
Small but powerful, the TYMO® system is a versatile measurement and therapy system for the whole body. In addition to the standing position, TYMO® offers a wide range of other options for maximum variety during therapy.
Part of PABLO®
PABLO® LOWER EXTREMITY is as an IMU-based gait analysis and training system part of PABLO®. It precisely assesses gait parameters that provide essential information for treatment of walking impairments.
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New Study: Robotic-assisted rehabilitation protocol for upper limb treatment in stroke
Despite the well-known benefits of individualized treatments in rehabilitation, no customized robotic-assisted therapy protocol in stroke patients has been established yet. Therefore, researchers from IRCCS Fondazione Don Carlo Gnocchi ONLUS (IT), aimed to evaluate the effectiveness of a customized robotic upper limb rehabilitation protocol for the treatment of stroke patient. This rehabilitation program included AMADEO®, DIEGO®, and PABLO®. The protocol, based on clinical assessment and guided by a flowchart, should further optimize the therapeutic benefits of robotic devices in stroke rehabilitation.
It is widely recognized that robot-assisted therapy is a beneficial supplement to conventional treatment in stroke rehabilitation. Still, there is a lack of knowledge which patients benefit most from robotic intervention. Currently, therapists often select robot-assisted exercises subjectively and without a structured approach. The present study is a first step to implement systematic reporting of the types of exercises, the selection of robotic parameters, and the rationale behind these choices. Customized protocols should support therapists to choose the most suitable rehabilitation option based on the patients’ clinical characteristics.
The study analyzed clinical data from 81 patients with subacute stroke who underwent 30 sessions of upper limb robotic rehabilitation. Of these, 49 patients received treatment using the customized robotic protocol (experimental group), while 32 patients received standard robotic therapy without customized protocol (control group).
Results from the study revealed significant improvements in both groups in terms of upper limb motor function, strength, and activities of daily living. However, the experimental group, which received treatment with the customized robotic protocol, yielded greater recovery in upper limb motor function and strength compared to the control group.
The findings underscore the importance of customized treatment approaches in stroke rehabilitation. Tailored robotic therapy protocols hold the potential to further improve the effectiveness and consistency of robotic rehabilitation programs in the future.
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