X-Cogni - Upper Extremity And Cognitive Functions

A digital training system that enables targeted, measurable training of cognitive functions through individualized, game-based applications with variable difficulty levels. It uses biofeedback technology for cognitive rehabilitation.

High-precision sensor-integrated system for home-based rehabilitation featuring gamified training programs covering upper limb, lower limb, hand, speech, and cognitive functions. Delivers immersive rehabilitation experience with motion recognition matching rehabilitation therapist techniques.

The latest certified virtual reality therapy solution for physiotherapy, occupational therapy, and neuropsychology offering more than 50 training sessions across 7 modules for sensorimotor, cognitive, and perceptual rehabilitation. The system features over 30 therapy games focused on maintaining and regaining motoric skills of the upper extremities as well as cognitive functions, with smart features including statistics, analytics, and automatic progress reporting through the CUREO HUB. Patients are immersed in motivating 3D therapy games based on conventional sensory-motor exercises, while therapists manage exercises via tablet with training plan functionality that automatically continues to the next exercise.

A certified virtual reality therapy software for physiotherapy, occupational therapy, and neuropsychology that digitally supports motor, sensory, and cognitive functions. The system includes more than 50 interactive exercises across seven modules (Active, Hand, Moto, Cogni, Relax, Activities, and ADL) enabling individually customizable therapy planning. Patients train with a VR headset in motivating scenarios with gamification elements that promote therapy adherence and increase motivation. Therapists monitor and control all processes via tablet, with the system suitable for single, parallel, or group therapy (up to 6 patients simultaneously) in both inpatient and outpatient settings.

An intelligent rehabilitation system for the upper limbs featuring real-time feedback and training functions. This equipment supports patients in regaining upper limb strength and mobility through interactive rehabilitation protocols.

A combined rehabilitation device for training and recovery of both upper and lower limb functions.

A cognitive rehabilitation system using spiral structure methodology to promote relearning and retraining of damaged cognitive functions. Supports patients recovering from neurological conditions requiring cognitive therapy.

A virtual reality rehabilitation training system that combines cognitive and motor rehabilitation exercises, with customizable virtual scenarios for therapeutic purposes.

A virtual reality system designed for cognitive and motor rehabilitation training. It combines cognitive and motor therapy elements in an interactive VR environment to support patient rehabilitation.

Immersive virtual reality system integrating eye tracking and artificial intelligence for personalized cognitive function evaluation and rehabilitation training with dual cognitive-motor training capabilities.

Virtual reality-based rehabilitation platform for motor and cognitive function recovery. Incorporates immersive environments to enhance patient engagement and improve treatment outcomes in rehabilitation programs.

Integrated robotic rehabilitation platform for comprehensive upper extremity motor recovery following neurological injury. Combines Error Augmentation forces with gamified virtual environment tasks to enhance patient engagement and provide objective progression indicators during therapy.