Connected Intelligent Objects for Motor Rehabilitation

Intelligent robotic system designed for automated rehabilitation therapy and motor function recovery. Supports clinical rehabilitation programs for patients with movement impairments.

Advanced robotic devices used in rehabilitation to assist with repetitive motor training and recovery of function following neurological injuries.

Upper limb rehabilitation robot designed for motor recovery and functional therapy in patients with stroke, spinal cord injury, or neurological impairment. The device provides repetitive, task-specific training with adjustable resistance and motion parameters to restore arm and hand function. Features include real-time feedback, adjustable workspace, and integration with clinical assessment protocols for monitored rehabilitation outcomes.

Brain-computer interface system for motor recovery and neurological rehabilitation applications. Provides high-fidelity motor intent detection for assistive device control and therapy monitoring.

A computer-based rehabilitation system providing interactive therapeutic exercises. The device assists in motor recovery and functional training for patients with neurological and musculoskeletal conditions.

A comprehensive system combining robotics and Physical AI for musculoskeletal rehabilitation across upper and lower limbs. Provides immediate clinical applicability for rehabilitation therapy in healthcare facilities.

Robotic device for upper extremity rehabilitation and motor recovery in patients with neurological impairment or post-surgical recovery.

Digital pole-based system for monitoring rehabilitation progress and functional recovery in athletes. Provides objective feedback on coordination improvement and readiness progression through measurable performance metrics.

Rehabilitation robot system for central nervous system and spinal cord damage recovery. Provides robotic-assisted movement training, cognitive rehabilitation, and precise motor control through computer-based programs. Delivers real-time data analysis to improve strength, range of motion, balance, and cognitive function for enhanced patient independence.

Precision-engineered structural and sensory components designed for integration into robotic systems used in physical rehabilitation and neuromotor recovery applications.

Integrated system for treating various neurological conditions through intelligent stimulation and biofeedback. Supports multiple rehabilitation pathways with adaptive algorithms that adjust to individual patient needs.

Interactive systems used in neurorehabilitation for cognitive and motor function recovery, particularly in stroke and neurological rehabilitation.