SYREBO 08E Robotic Finger Passive Movement System

SYREBO® 08E is a robotic finger rehabilitation system designed to train passive and active finger movements. It combines cutting-edge robotics technology with neuroscience theories, integrating hand function rehabilitation, assessment and clinical research. The system can be used in rehabilitation, neurology, stroke centres, geriatrics, paediatrics, orthopaedics and other departments. SYREBO® helps patients re-learn and restore hand motor functions through passive and active exercises to restore independence and offers a variety of programme models:

• Passive training: the rehabilitation glove can move the injured arm to perform flexion and extension exercises.
• Assisted training: an integrated sensor recognises subtle patient movement signals and provides the necessary force to help patients perform grasping movements.
• Bilateral mirror training: the healthy hand instructs the injured hand to make grasping movements. Simultaneous visual effects and proprioceptive feedback (sensing and seeing the hand) can lead to neuroplasticity in the patient.
• Resistance training: the gloves apply an opposing force to the patient, so they have to perform bending and straightening exercises to overcome the resistance.
• Incorporating games into training: traditional training content is combined with a variety of games to keep patients actively engaged and motivated. This allows them to develop their ADL cognitive skills, arm control, attention, calculation skills, etc.
• Improved training mode: patients can perform finger flexion and extension exercises, as well as grasping exercises, in a variety of training scenarios such as passive training, action library, bilateral mirror training, functional training and game training.
• Strength and coordination training and assessment: patients can receive strength and coordination training and have their results assessed. Data-driven reports allow therapists to monitor patients’ progress.

Impact:

• Improves joint range of motion
• Reduces increased muscle tone in the arm
• Improves ADL capacity
• Improves muscle strength
• Reduces spasms and oedema
• Promotes reconstruction of neural pathways