ImmersiveTouch can simulate any surgery with patient specific DICOM to VR conversion.

ImmersiveTouch is a surgical simulation platform that integrates patient images and medical devices in an immersive 3D virtual reality environment. Realistic tactile feedback replicates the surgical touch and feel of a medical device's interaction with patient anatomy. This allows device companies to educate & train surgeons on new medical device innovations. Hospitals can now educate patients about their specific condition with personalized VR content. Surgeons have the luxury to plan & practice complex surgical cases with the ImmersiveTouch MissionRehearsal® platform.

Haptic feedback and 3D VR visualization create the world’s only surgical “flight simulator” with a sense of touch.

It’s time to experience the most comprehensive surgical environment utilizing fully immersive virtual operating rooms.

Technology and Services

Find out how the healthcare industry is benefiting from ImmersiveTouch technology and services.

For the Patient

ImmersiveTouch improves the patient experience. Patient specific CT/MRI scans are uploaded into the ImmersiveTouch cloud. The scans are then reconstructed into 3D virtual reality allowing patients to see their specific condition and various treatment options like never before.

See more

For the Medical Device Industry

Best in class haptic feedback replicates the surgical touch and feel of a medical device's interaction with patient anatomy. Device companies can now train surgeons without animal testing and expensive training courses.

Feel more

For the Hospital

ImmersiveTouch expands patient satisfaction, training proficiency, and surgical planning. Every VR reconstructed case is stored in the ImmersiveTouch case library for further utilization, collaboration and data analytics.

Expand more

Benefits

Risk free, objective education platform for proficiency training

Neurosurgery
Spine Surgery
Orthopedic Surgery
Ophthalmology
Anaesthesiology
ENT
Surgical Oncology


Pre-surgical planning and mission rehearsal

Procedures include Craniotomy
Aneurism Clipping, Surgical
Oncology, Rhizotomy, and more.


Patient engagement and competitive retention

Patients now have more treatment options than ever before. We help surgeons engage patients in an interactive environment that will help and enhance their reputation for outstanding patient care.


Luminary Institutions

Publications

THE UNIVERSITY OF CHICAGO

THE UNIVERSITY OF ILLINOIS AT CHICAGO

MEDICAL EDUCATION AND RESEARCH INSTITUTE

MEMPHIS TENNESSEE

ROLE OF CRANIAL AND SPINAL VIRTUAL AND AUGMENTED REALITY SIMULATION USING ImmersiveTouch MODULES IN NEUROSURGICAL TRAINING

Virtual and augmented reality environments represent a crucial advancement toward enriching the training of both neurosurgical residents as well as providing a platform.

Read more

THE UNIVERSITY OF CHICAGO

THE UNIVERSITY OF ILLINOIS AT CHICAGO

UNIVERSITY OF TEXAS GALVESTON

VIRTUAL REALITY SPINE SURGERY SIMULATION: AN EMPERICAL STUDY OF IT’S USEFULNESS

A total of 52 pedicle screws were analyzed. The reduction in the average number of errors per screw after a single session of simulation training was 53.7% (P = 0.0067).

Read more

THE UNIVERSITY OF CHICAGO

THE UNIVERSITY OF ILLINOIS AT CHICAGO

WEILL CORNELL NEW YORK

VIRTUAL REALITY CEREBRAL ANEURYSM CLIPPING SIMULATION WITH REAL TIME HAPTIC FEEDBACK

Neurosurgical residents thought that the novel immersive VR simulator is helpful in their training, especially because they do not get a chance to perform aneurysm clippings.

Read more

KING KHALED EYE SPECIALIST HOSPITAL

THE UNIVERSITY OF ILLINOIS AT CHICAGO

JOHN HOPKINS UNIVERSITY

THE USE OF VIRTUAL REALITY SURGICAL SIMULATOR FOR CATARACT SURGICAL SKILL ASSESSMENT WITH 6 MONTHS OF INTERVENING OPERATING ROOM EXPERIENCE

Four variables (circularity, accuracy, fluency, and overall) were tested by the simulator and graded on a 0‑100 scale. Circularity (42%), accuracy (55%), and fluency (3%) were.

Read more
VIEW MORE PUBLICATIONS

Media

THE 9 HEALTHCARE COMPANIES MAKING INNOVATIONS IN VIRTUAL REALITY

By Aaron Burch | July 29, 2016 | Touchstone VR, Virtual Reality, VR Healthcare

Read more

VIRTUAL REALITIES – 4 PROMISING HEALTHCARE APPLICATIONS FOR VR

SEPTEMBER 27TH, 2016

Read more

SENSIMMER MISSION REHEARSAL SOFTWARE FDA CLEARED TO SIMULATE SURGERIES, MINIMALLY INVASIVE PROCEDURES

FEBRUARY 10TH, 2015

Read more

VIRTUAL REALITY DEPENDS ON GROWTH BEYOND GAMING

Stephen L Kanaval Follow | Tuesday, 19 January 2016 10:40 (EST)

Read more

VIRTUAL REALITY: HOW GAMING APPS ARE BEING USED IN HEALTHCARE TO IMPROVE PATIENT ADHERENCE AND QUALITY OF LIFE

February 23rd, 2016

Read more

HEALTHBOX UNVEILS ITS CHICAGO CLASS OF DIGITAL HEALTH STARTUPS

By Jasmine Pennic | JULY 31, 2015

Read more

5 WAYS TO USE OCULUS RIFT OTHER THAN GAMING

Nyshka Chandran | @nyshkac | Monday, 28 Mar 2016 | 10:11 PM ET

Read more

How Virtual Reality Will Change the Health Industry

Posted on Friday 13th January 2017

Read more

Visit us at:

AANS 2017
April 24th — 26th,
Los Angeles, CA
Los Angeles Convention Center
Booth 1051
Hosted by the American Association of Neurological Surgeons

VIEW ALL MEDIA and EVENTS

Leadership

Pat Banerjee, PhDFounder and Chief Executive Officer

John ClennanVice President of Sales and Business Development

Jia Luo, PhDVice President of Engineering

Fady Charbel, M.D.Chief Medical Officer

Jay BanerjeeChief Operating Officer

Josh Harris, CPAChief Financial Officer

Get in touch

Leave us your email id and we shall get back to you.

Follow us on social media

Subscribe to our newsletter to stay updated with what’s new.

publication-accuracy-of-ventriculostomy-catheter-placement.htmlpublication-a-novel-virtual-reality-simulation-for-hemostasis-in-a-brain-surgical-cavity.htmlpublication-concurrent-and-face-validity-of-a-capsulorhexis-simulation.htmlpublication-learning-retention-of-thoracic-pedicle-screw-placement.htmlpublication-neurosurgery-simulation-in-residency-training.htmlpublication-neurosurgical-tactile-discrimination-training.htmlpublication-percutaneous-spinal-fixation-simulation.htmlpublication-pgy-4-capsulorhexis-performance-metrics-on-the-sensimmer-phaco-simulator.htmlpublication-practice-on-an-augmented-reality-haptic-simulator.htmlpublication-role-of-cranial-and-spinal-virtual-and-augmented-reality-simulation.htmlpublication-sensory-and-motor-skill-testing-in-neurosurgery-applicants.htmlpublication-use-of-a-virtual-reality-surgical-simulator-for-cataract-surgical-skill-assessment.htmlpublication-virtual-reality-based-simulation-training-for-ventriculostomy.htmlpublication-virtual-reality-cerebral-aneurysm-clipping-simulation.htmlpublication-virtual-reality-in-neurosurgical-education.htmlpublication-virtual-reality-simulator-for-vitreoretinal-surgery.htmlpublication-virtual-reality-spine-surgery-simulation.htmlpublication-virtual-reality-training-in-neurosurgery.htmlmedia-cnbc.htmlmedia-eequities.htmlmedia-halldale.htmlmedia-hit.htmlmedia-med-gadget.htmlmedia-pmlive.htmlmedia-touchstone.htmlmedia-worrell.htmlmedia-how-virtual-reality-will-change-the-health-industry.html