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Houston Methodist enters the metaverse with launch of new MITIEverse™ app

The Annals of Medicine and Surgery has today published the results of a trial, testing the promises of haptics integrated VR surgical simulations.

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HAPTIC FEEDBACK PROVEN TO IMPROVE SURGICAL EDUCATION AND PATIENT OUTCOME IN NEW STUDY PUBLISHED in ANNALS OF MEDICINE AND SURGERY

The Annals of Medicine and Surgery has today published the results of a trial, testing the promises of haptics integrated VR surgical simulations.

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Teleflex Announces Collaboration with FundamentalVR

TELEFLEX ANNOUNCES COLLABORATION WITH FUNDAMENTALVR, TO IMPROVE TRAINING THROUGH VIRTUAL REALITY SIMULATION

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FUNDAMENTALVR RAISES $20 MILLION TO ACCELERATE THE GROWTH OF ITS SURGICAL SIMULATION PLATFORM

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FundamentalVR secures Series B growth investments to disrupt the medical simulation market – expected to be worth $4.2 billion by 2025.

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VR and haptics: how technology is transforming surgery training

CMR Surgical has produced Versius Virtual Reality in partnership with FundamentalVR, a leading virtual reality education platform, and will continue to develop the programme in collaboration with surgical teams.

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FundamentalVR Expands into the Endovascular Space

FundamentalVR debuts further capabilities to accelerate the adoption of endovascular products and procedures

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5 Key Tips to Pick the Best VR Training Program for Surgical Robotics

CMR Surgical has produced Versius Virtual Reality in partnership with FundamentalVR, a leading virtual reality education platform, and will continue to develop the programme in collaboration with surgical teams.

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Versius goes Virtual CMR Surgical to launch VR training for surgical robot

CMR Surgical has produced Versius Virtual Reality in partnership with FundamentalVR, a leading virtual reality education platform, and will continue to develop the programme in collaboration with surgical teams.

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Haptic VR is Transforming Training and Education in Ophthalmology

Today, VR is being used in ophthalmology to enhance training and education around the world and offers multiple physical and cognitive benefits to the users. By combining VR with cutting edge haptic technology, which provides surgeons with the ability to both see and feel a virtual patient, surgeons can train and gain ‘pre human’ competence within a range of ophthalmic surgeries, devices and therapies.

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Tissue Sensation Launch

Leveraging full force feedback kinesthetic haptics, high-fidelity graphics and 3D spatial technology, its new soft tissue capabilities allow surgeons to manipulate, feel and explore texture of anatomy as if in the room and opens the door for accelerated skills acquisition in even more intricate procedures; building real capability and confidence ahead of human interaction; ‘Pre-human competence’.

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