Virtual reality is rapidly transforming the way medical professionals learn, practice, and deliver care.
From immersive surgical simulations to interactive patient scenarios, VR offers safer, more effective, and scalable training opportunities for healthcare teams worldwide. As demand grows, many organizations are turning to specialized providers to implement these advanced solutions.
In this article, we highlight the top VR firms for healthcare training, showcasing companies that develop cutting-edge tools for medical education, skills practice, and professional development.
These firms stand out for their ability to merge technology with clinical expertise, helping hospitals, universities, and training centers prepare healthcare workers for real-world challenges in a controlled and risk-free environment.
Treeview is a high-end boutique development studio that creates spatial computing and XR applications across AR, VR, and mixed reality. Since its founding in 2016, the firm has positioned itself as a partner to enterprises looking to translate bold concepts into immersive digital experiences, from design and prototyping through long-term support. Their expertise also extends to healthcare, where Treeview helps organizations explore new ways of using XR to train professionals and improve medical education.
Treeview’s service offerings span spatial product design, XR software engineering, 3D content creation (modeling, animation, texturing), and ongoing support post-deployment. They serve clients in sectors including healthcare, education, enterprise, manufacturing, smart cities, and consumer products. The studio has been trusted by organizations such as Microsoft, Medtronic, ULTA Beauty, Daiichi Sankyo, Transfr, the University of Alberta, and NEOM, showcasing its relevance to healthcare institutions seeking advanced training and simulation solutions.
Services and expertise: spatial computing, AR/VR/MR development, XR product design, 3D content creation, animation, modeling, texturing, long-term support
Osso VR is recognized as one of the best virtual reality medical training companies, providing a scalable and immersive platform for procedural education. Its offerings include Osso Enterprise for custom VR modules, Osso Academy for early-career training, and nursing procedural skill series, all designed to replicate real clinical workflows. By combining high-fidelity simulations with analytics and performance feedback, Osso VR helps healthcare organizations improve training consistency, skill retention, and patient safety outcomes.
The company works closely with medical device manufacturers, hospitals, and universities to develop tailored solutions that bridge the gap between traditional training and modern healthcare demands. With a focus on collaboration, objective assessment, and real-time debriefing, Osso VR has established itself as a trusted partner for institutions looking to adopt VR simulation at scale. Its platform supports both individual skill development and team-based learning, making it relevant across multiple specialties and healthcare settings.
Services and expertise: VR surgical and procedural simulation, competency assessment via analytics dashboards, custom VR module development, collaborative learning environments, debriefing and feedback tools
Location: Based in San Francisco, California, U.S. (remote-first operations)
Team size: 200+ experts
Portfolio: National Health Service (UK), Johnson & Johnson Institute, Stryker, Brown University, Hospital for Special Surgery, Medtronic, Smith & Nephew
Oxford Medical Simulation is often considered among the best VR healthcare training companies, providing virtual reality clinical simulations designed to bridge the gap between theory and practice in medical, nursing, and allied health education. Their platform delivers more than 240 VR scenarios that span emergency medicine, med/surg, obstetrics, mental health, procedures, communication skills, and more, allowing learners to practice in immersive, adaptive environments with real-time feedback.
OMS partners with healthcare systems, academic institutions, and training organizations to scale clinical simulation across geographies. With a strong evidence base, the company has published research demonstrating equivalence or superiority of OMS simulations compared to in-person or manikin-based training, along with measurable cost and time savings for institutions.
Services and expertise: VR clinical scenario simulation, performance feedback & analytics, adaptive scenario logic, no-code scenario authoring, multi-user and multiplayer experience, curriculum integration, debrief & assessment support
Location: London, U.K. (registered office 201 Borough High Street, London) & Somerville, Massachusetts, U.S.
Team size: up to 200 experts
Portfolio: Norwich University, University of New Brunswick, University of Chester, Nightingale College, NHS (UK), Oxford University / OxSTaR, various U.S. nursing programs
SimX is a software company specializing in VR in medical training, creating immersive patient encounter simulations that replicate real-world complexity. Its platform allows healthcare professionals and trainees to practice clinical decision-making and teamwork in highly interactive, dynamic virtual environments. The scenarios cover a wide range of use cases across medicine, nursing, EMS, and first response, helping institutions scale training while minimizing risk.
The platform is designed with multiplayer functionality, enabling teams to collaborate in shared virtual spaces and rehearse both routine and high-acuity cases. By combining clinical fidelity with flexibility and scalability, SimX has become a widely adopted solution for healthcare organizations, universities, and military medical training programs seeking to integrate virtual reality into their education strategies.
Services and expertise: VR patient encounter simulations, multiplayer team training, scenario authoring and customization, marketplace of clinical cases
Location: San Francisco, California, U.S.
Team size: up to 50 experts
Portfolio: Cleveland Clinic, University of Delaware, University of Nebraska Medical Center, West Virginia School of Osteopathic Medicine, Children’s National Hospital
PrecisionOS is among the best virtual reality medical training companies focused specifically on surgical and orthopedic training via high-fidelity VR simulations. Their platform models realistic operating-room environments, anatomy, instruments, and procedural workflows to allow learners to practice surgical tasks in a controlled setting. PrecisionOS emphasizes deliberate practice, feedback loops, and linking virtual simulation to real-world clinical readiness.
The company works closely with medical device firms, residency programs, and academic institutions to integrate VR into surgical curricula and device training. PrecisionOS also publishes and collaborates on independent studies validating the effectiveness of its simulations (for instance, showing VR anatomy training to be comparable to cadaver-based methods). Their partnerships, such as with Siemens Healthineers to simulate intraoperative imaging workflows demonstrate how their tools bridge device training and clinical practice.
Services and expertise: virtual surgical and orthopedic VR simulation, anatomy and procedure modules, feedback & analytics dashboards, multiuser / peer training, VR curriculum integration, device-specific workflow simulation
Location: Vancouver, British Columbia, Canada
Team size: up to 500 experts
Portfolio: Yale, MedStar, Lenox Hill, University Hospitals Cleveland, Washington University in St. Louis, University of Florida Health, Siemens Healthineers
SyncVR Medical develops solutions that help healthcare institutions adopt immersive training, therapeutic, and educational experiences through virtual reality. Their platform is built to integrate VR into hospitals and clinics with scalable infrastructure for both clinicians and patients, enabling staff education, patient engagement, and procedural rehearsal. In doing so, they aim to lower friction for adoption by providing hardware, software, and implementation support.
The company works closely with medical centers and research institutions to validate and deploy VR applications in clinical settings, particularly in areas like pain reduction, rehabilitation, and education. Their collaborations also extend to embedding VR data into broader health systems workflows and studying measurable impacts on patient outcomes and staff readiness.
Services and expertise: VR software & platform deployment, VR content integration, implementation & support services, scenario customization, VR for patient therapy & training
XRHealth is a digital therapeutics company leveraging innovative VR in healthcare to deliver immersive therapeutic care across physical rehabilitation, cognitive training, mental health, pain management, and neurorehabilitation. Their platform enables clinicians to prescribe VR / extended reality (XR) sessions delivered via headsets or software, for patients both in clinics and at home, often integrated with telehealth workflows.
XRHealth routinely initiates research and partnerships with healthcare systems and technology firms to expand its therapeutic scope. It has merged with Amelia Virtual Care to broaden capabilities in mental health and continues to build infrastructure like the XR CareCart (a plug-and-play VR rehab station) for easier deployment in medical settings.
Services and expertise: VR/XR therapeutic software, virtual care delivery, remote rehabilitation & teletherapy, AI-enabled personalization, platform integration & deployment, content for physical, cognitive, and behavioral health
Location: Boston, Massachusetts, U.S. (with R&D in Tel Aviv, Israel)
Team size: up to 200 experts
Portfolio: HTC VIVE, Allscripts, Kemtai (partnership integration), major U.S. and international healthcare systems, research institutions
Health Scholars is counted among the best virtual reality medical training companies, specializing in immersive simulation for frontline clinicians. Their platform enables healthcare professionals to rehearse high-risk scenarios, from emergency care and operating room crises to labor & delivery and pre-hospital emergencies in a safe, judgment-free virtual environment.
Health Scholars collaborates with healthcare systems, academic institutions, and public safety agencies to develop and deploy VR training that aligns with clinical protocols and real-world complexity. Their work, including their VR ACLS (Advanced Cardiac Life Support) module, demonstrates how simulation can extend beyond traditional lab settings into everyday clinician preparation.
Services and expertise: VR clinical training modules, no-code scenario authoring (Workbench), voice-driven simulation, performance analytics & debrief, onboarding & implementation support
Location: Westminster, Colorado, U.S. (Headquarters)
Team size: 10-50 experts
Portfolio: Mount Sinai HELPS Center, NYC Health + Hospitals, AORN, MHAUS, multiple U.S. EMS agencies (in VR ACLS deployment)
Mynd Immersive offers virtual reality and extended reality solutions tailored mainly to aging populations, senior living communities, and home care environments. As one of the top VR firms for healthcare training, they incorporate immersive therapeutics with staff training, patient engagement, and rehabilitation use cases, especially in post-acute, cognitive, and physical therapy settings.
The company has scaled quickly through partnerships and expanded deployment across many senior care environments. Recently, Mynd Immersive announced expansion into over 150 U.S. senior living communities, aiming to reach tens of thousands of residents, and collaborates with organizations such as Select Rehabilitation, HTC VIVE, and AT&T to integrate hardware, software, and training workflows.
Services and expertise: immersive VR / XR therapeutic content and deployment, clinician & staff training modules, integration into senior care workflows, rehabilitation and cognitive engagement programs
Location: Plano, Texas, U.S. (serving U.S., Canada, Australia)
Team size: up to 50 experts
Portfolio: Select Rehabilitation, HTC VIVE, AT&T, Veterans Affairs (VA), senior living communities, university / research collaborations (Stanford, etc.)
Perspectus focuses on immersive anatomical visualization, using virtual and mixed reality to help students, clinicians, and educators explore human anatomy in a spatial 3D environment. As one of the best VR firms for medical training, their platform allows users to interact with volumetric scans, segment structures, and navigate inside anatomical systems in a way that bridges the gap between textbook diagrams and cadaver labs. Their technology is used in academic settings to enhance spatial reasoning, clinical decision support, and anatomical understanding.
In collaboration with medical schools, professional bodies, and healthcare educators, Perspectus also supports institutional deployment and integration of VR into curricula. They form strategic partnerships (for example with the American Academy of Physician Associates) to expand VR’s role in healthcare training. Their emphasis is on providing scalable, cost-effective anatomy tools that educators and learners can adopt without prohibitive technical burdens.
Services and expertise: immersive VR/MR anatomical visualization, volumetric scan import and segmentation, interactive 3D anatomy exploration, institutional deployment & integration, educational licensing
Location: Fort Collins, Colorado, U.S. (Perspectus, Inc.)
Team size: up to 50 experts
Industries: Healthcare education, medical & health sciences, anatomy training, academic institutions, clinical education
Portfolio: Rocky Vista University (RVU-MCOM), American Academy of Physician Associates (AAPA), Colorado State University, various health sciences programs and universities
Conclusion
The growing adoption of VR in the healthcare industry reflects a shift toward safer, more immersive, and cost-effective training methods. By working with leading VR firms, medical institutions can better prepare professionals for complex procedures, improve patient outcomes, and keep pace with evolving standards of care. As technology advances, virtual reality will continue to play a pivotal role in shaping the future of healthcare education and practice.
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