Pharma & Life sciences companies are able to take advantage of new opportunities across the board using the many modalities of the Fundamental Surgery platform.
The platform is able to create a simulated experience of an entire surgical environment where every detail is able to be measured and tracked. At the beginning of the product cycle, this safe and repeatable environment can offer auditable efficacy, precise measurement for HCPs and precise, adaptable simulated spaces for research and development. This can aid in providing evidence for regulatory procedures.
At the core of the platform is FVR’s proprietary and patented Haptic Intelligence Engine which is used to deliver HapticVR. The HapticVR teaches muscle memory. It allows for true hands-on experience and rehearsal and provides clear metrics that show the level of compliance and procedural or product confidence in every unique user, whilst the SaaS cloud-based feature means it is not tied down with specific hardware in the future.
Its immersive solutions help Life Sciences, pharmaceutical and medical device companies accelerate the safe and compliant introduction of medical innovations. Additionally, it helps medical institutions, hospitals and surgical educators to deliver curriculum-based, professionally accredited training experiences.
The platform’s multiuser functionality allows an unlimited number of users or salesforce to meet, interact, teach and collaborate within virtual rooms and operating rooms. All elements aid in making the product life cycle more efficient by getting products/procedures to market quicker, lowering transportation and travel costs dramatically and enabling an overall higher adoption rate.
The @HomeVR modality brings Fundamental Surgery simulations to standalone headsets, such as Oculus Quest and HTC Vive Focus Plus, providing a highly mobile and cost-effective way to expand immersive experiences to users remotely anywhere in the world.
Focused on the healthcare industry, FundamentalVR is on a mission to accelerate the speed of medical knowledge and skills acquisition with a platform that provides deep data insights and ability to practice in realistic environments, while experiencing full physical sensations.
