The ABLE Exoskeleton is a lightweight, adjustable robotic device designed for neurorehabilitation that actively assists individuals with lower-limb impairments to stand, walk, turn, and sit as part of a personalised
LEXO is a robotic gait training device designed to support the restoration of lower-limb function and walking ability following neurological injury through adaptive, high-intensity, and task-specific rehabilitation.
OMEGO is a robotic lower limb therapy device designed to support gait re-training, mobility, strength, and coordination through a range of adaptable, task-specific exercises.
The Fourier M2/ArmMotus™ M2 Pro is a robotic upper limb rehabilitation workstation that uses adjustable therapy modes to support arm movement, coordination, and functional recovery through interactive, task-based training.
EsoGLOVE is a soft robotic wearable system designed to support upper limb rehabilitation through passive, active-assisted, and functional task training of the hand and fingers.
The MyoPro is an EMG (Electromyography)- triggered upper-limb powered orthosis. It provides active assistance for bending and straightening the elbow and opening and closing the fingers. It is intended to
AMADEO is a robotic hand rehabilitation device that supports individualised training of grasping, finger movement, strength, and sensory awareness through guided, task-specific therapy.
