NeuroVive-XRC is a VR/XR-based rehabilitation system designed for hospitals and clinics. It helps clinicians deliver more therapy, more effectively, without increasing workload. By combining immersive VR/XR activities with real-time data, NeuroVive-XRC supports patients in their recovery while giving staff the tools they need to work smarter.
Why NeuroVive-XRC is Right for Your Healthcare Facility
NeuroVive is designed to transform rehabilitation with tailored solutions that fit seamlessly into any healthcare setting.
Designed for Clinical Use
Built to integrate into hospital workflows.
Supports both individual therapy and group sessions.
Complies with UKCA Class I medical device and ISO 13485 quality standards.
Secure by design — patient data handled in line with NHS standards.
Engagement and Motivation:
Increase patient compliance with immersive therapies that boost engagement and support ongoing motivation.
Resource Efficiency:
Enhance hospital resource allocation with tools for remote sessions, semi-autonomous and streamlined program setups for self-managed rehabilitation.
Group Therapy:
Conduct multiple-patient sessions managed from a single console.
Progress Tracking:
Gain insight into patient progress with real-time analytics to track and adapt therapy as needed.
Multidisciplinary Approach
NeuroVive supports physical, cognitive, visual, and more, enabling a comprehensive therapy experience. We are constantly evolving and building our therapy library.
Physical
Cognitive
Mental Health
Activity of Daily Living
Customisable Therapy Sessions
Therapists can set and adjust parameters before and during sessions, adapting therapy to patients’ needs.
Portable
NeuroVive is designed for flexible use, making it accessible in various settings, from hospital beds and wheelchairs to home environments.
NeuroVive-XRR extends therapy beyond the clinic, giving patients the ability to continue their recovery at home. With VR-based activities prescribed and monitored by clinicians, patients stay engaged and supported even after discharge.