Diego VR

Orthopedic footwear designed for post-operative recovery, rheumatic foot conditions, and diabetic foot prevention. Features ergonomic design with soft transition support through convalescence phases, addressing metatarsal pain, claw toe deformities, and foot arch abnormalities. Manufactured in Italy with medical device classification for lower limb post-operative treatment.

A virtual reality solution for rehabilitation therapy that improves clinical outcomes and patient adherence through immersive, gamified exercises. The system allows therapists to select and adapt exercises according to therapeutic objectives while collecting data for clinical follow-up. It acts as a digital analgesic by reducing anxiety and pain through immersion and distraction during rehabilitation sessions.

Virtual reality-based rehabilitation system for motor and cognitive recovery in patients with trauma, stroke, or degenerative conditions. Supports faster functional recovery through immersive, motivating therapeutic experiences.

Advanced virtual reality rehabilitation equipment designed to enhance patient recovery and engagement during therapy sessions. The system supports various rehabilitation protocols and therapist-directed programs.

A virtual reality-based rehabilitation platform for patients recovering from trauma, stroke, or degenerative diseases. The system supports physical and cognitive recovery by providing immersive therapeutic experiences to restore motor and cognitive capabilities.

Introducing the next generation of neuromuscular rehabilitation: the Spatial StimelMD by Motion Informatics. This state-of-the-art home device blends FDA-approved BioRythmIQ Technology with immersive VR/AR environments and AI-driven adaptive protocols. Tailored for stroke survivors and individuals with neuromuscular impairments, it offers gamified therapy sessions, 3D motion tracking, and real-time feedback to enhance recovery. Advanced rehabilitation is now accessible from home, with the latest iteration set to launch by the end of 2025.

Virtual reality rehabilitation system designed for motor and cognitive recovery in orthopedic, neurological and cardiac patients. Combines immersive VR scenarios with real-time feedback mechanisms to enable rehabilitation activities otherwise not feasible.

CoTras-VR is a virtual reality rehabilitation training system designed for cognitive and motor recovery in patients with neurological conditions. The system delivers immersive VR-based therapeutic exercises to support functional restoration and rehabilitation outcomes in clinical settings.

Virtual reality rehabilitation system designed for motor recovery and functional improvement in stroke, multiple sclerosis, Parkinson's disease, and cerebral palsy patients. Delivers immersive, game-based therapy for home, clinical, and institutional settings, enabling personalized rehabilitation protocols with real-time progress tracking.

Virtual reality-based system for evaluating and improving motor function and strength during rehabilitation. Provides objective measurement of patient progress through interactive exercise protocols.

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

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.