The Hanson Soft Robotic Glove is an advanced at-home rehabilitation device designed to support hand function recovery after stroke, spinal cord injury, multiple sclerosis, or brain injury. Using soft robotic exoskeleton technology, it provides targeted assistance through six therapy modes, including grasp and release training, mirror therapy, fine motor practice, opposition training, and stretching to help manage stiffness and spasticity. 

The patented mirror function allows the stronger hand to guide movement in the affected hand, promoting neuroplasticity and motor recovery. Now featuring Bluetooth-enabled gamification, it connects to an Android tablet, making therapy engaging and interactive. 

Ideal for individuals experiencing neurological hand weakness, the Hanson facilitates real-life, task-specific practice to improve strength, coordination, and independence—all from the comfort of home. 

The Dexter dynamic arm support is a versatile, table-mounted device designed to assist individuals with neurological conditions in regaining upper limb function. Dexter provides gravity compensation and reduces friction, enabling practice of controlled reaching movements, even in the early stages of rehabilitation. 

With 12 levels of adjustable assistance force, Dexter allows for individualised training. Its 270-degree motion trajectory enables movement in both horizontal and vertical space, supporting natural shoulder and elbow motion essential for functional recovery.  

Ideal for both clinical and home use, Dexter facilitates high-repetition, task-specific practice, making rehabilitation more effective while reducing strain and compensatory movements. 

The Alexis Rehabilitation System is an innovative, evidence-based solution designed to support shoulder and arm recovery through interactive, omni-directional, target-oriented training. Alexis promotes high-repetition therapy with passive, active, and resistive training, maximising neuroplasticity and motor learning. With a range of strength, ROM, and cognitive training programs, clinicians can select or customise movement trajectories based on individual patient needs. Interactive gamification enhances patient engagement, motivation, and compliance, making Alexis a valuable tool for clinics, hospitals, and rehabilitation centres. By enabling independent, goal-directed therapy, Alexis optimises therapist time while ensuring patients receive evidence-based rehabilitation. 

The Syrebo M1 is an advanced mirror therapy device designed to support motor recovery following stroke, brain injury, or neurological conditions. Combining visual feedback with smart voice guidance, the M1 helps retrain the brain through guided, repetitive movement. Lightweight, adjustable, and easy to use at home or in clinic settings, it enables effective rehabilitation for both hand and facial motor function.