Top 50 Augmented Reality Companies and Startups in Healthcare

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Augmented Reality (AR) has rapidly emerged as a cutting-edge technology with transformative potential in the healthcare sector. By seamlessly integrating digital information into the real world, Augmented Reality enhances medical practices, improves patient outcomes, and empowers healthcare professionals.

Prominent Augmented Reality companies and various startups in the healthcare and medical industry are taking significant strides to dominate this rapidly evolving field. Leading companies are investing heavily in research and development to create cutting-edge Augmented Reality technologies tailored to specific medical needs. They are continuously refining their Augmented Reality solutions to enhance surgical planning, medical training, and patient education, offering immersive and interactive experiences.

Moreover, key players are forming strategic partnerships with healthcare institutions to integrate Augmented Reality into existing medical workflows seamlessly. To establish their dominance, these companies are also prioritizing regulatory compliance, ensuring their Augmented Reality solutions meet the highest standards of patient safety and data security.

By staying at the forefront of innovation and providing specialized, cost-effective solutions, these companies are positioning themselves to lead the Augmented Reality healthcare market and shape the future of medical practices worldwide.

Top Companies in the AR in the Healthcare Segment

1. AccuVein

Origins: AccuVein was founded in 2005 by a group of visionary engineers and medical professionals dedicated to revolutionizing vein visualization.
Key Features: AccuVein’s flagship technology is a handheld Augmented Reality scanner that utilizes near-infrared light to detect and visualize veins beneath the patient’s skin in real-time. This advanced technology allows medical professionals to locate veins accurately, reducing the risk of complications during intravenous procedures and blood draws.
Projects and Products: AccuVein’s Augmented Reality vein visualization technology has been widely adopted in hospitals and medical facilities worldwide. Its easy-to-use device has proven instrumental in pediatric care, difficult venous access cases, and emergency situations.

2. Augmedics

Origins: Augmedics was established in 2014, and founded by a team of surgeons, engineers, and entrepreneurs passionate about transforming surgery with Augmented Reality.
Key Features: Augmedics’ flagship product, “xvision,” is an Augmented Reality surgical navigation system that offers surgeons real-time, 3D navigation during complex spine surgeries. The system overlays critical information, such as CT scans and spinal instrumentation, directly onto the surgeon’s field of view through a transparent AR headset.
Projects and Products: The “xvision” system has been widely praised for its potential to improve surgical precision, reduce radiation exposure, and enhance patient outcomes. Augmedics continues to develop AR solutions for various surgical specialties, including neurosurgery and orthopedics.

3. Microsoft (HoloLens for Healthcare)

Origins: As a multinational technology giant, Microsoft’s involvement in AR extends beyond healthcare. However, the company has been a driving force in advancing AR applications in the medical field.
Key Features: Microsoft developed the “HoloLens,” a groundbreaking AR headset with a wide range of applications, including healthcare. The headset allows medical professionals to interact with holographic images and data in real time, enhancing visualization and collaboration.
Projects and Products: Microsoft’s HoloLens has been utilized in various medical scenarios, such as medical education, preoperative planning, and patient consultations. The device has facilitated complex procedures by providing surgeons with crucial information overlaid onto the patient’s anatomy.

4. Philips

Origins: Philips, a renowned Dutch technology company, has been a major player in healthcare for decades. In recent years, it has ventured into Augmented Reality solutions.
Key Features: Philips’ “Philips IntelliSite Pathology Solution” is an innovative AR platform that enables pathologists to view and analyze digital pathology slides in an immersive and collaborative environment.
Projects and Products: The IntelliSite Pathology Solution streamlines the pathology workflow, facilitates second opinions, and promotes knowledge sharing among pathologists worldwide. The system has demonstrated the potential to reduce diagnostic errors and improve overall patient care.

5. EchoPixel

Origins: EchoPixel, founded in 2012, emerged from Stanford University’s School of Medicine, aiming to improve medical imaging with AR and virtual reality (VR) technologies.
Key Features: The EchoPixel system converts medical imaging data into interactive 3D models that can be explored and manipulated in real time using AR/VR headsets.
Projects and Products: The EchoPixel platform has been utilized for preoperative planning, tumor assessment, and educational purposes, allowing medical professionals to gain new insights from patient data.

6. Medical Realities

Origins: Medical Realities, founded in 2015, specializes in delivering virtual reality and AR solutions for medical training and education.
Key Features: The company’s flagship product, “The Virtual Surgeon,” offers a comprehensive and interactive surgical training platform using AR/VR technology.
Projects and Products: Medical Realities has partnered with several healthcare institutions to improve surgical training and create immersive educational experiences for medical professionals.

7. Brainlab

Origins: Brainlab, founded in 1989, is a medical technology company focusing on digital medical solutions, including AR applications.
Key Features: The company’s AR solutions, such as “Curve” and “Kick,” assist surgeons in navigation, planning, and executing complex surgeries.
Projects and Products: Brainlab’s AR technologies have been employed in neurosurgery, orthopedics, and other fields, enhancing surgical accuracy and efficiency.

8. CAE Healthcare

Origins: CAE Healthcare is a division of CAE Inc., a global leader in simulation-based training.
Key Features: The company’s AR/VR solutions offer immersive medical training experiences, enabling learners to practice clinical skills in a risk-free environment.
Projects and Products: CAE Healthcare’s AR/VR simulators cover various medical disciplines, from emergency medicine to interventional procedures, supporting medical education worldwide.

9. Proprio

Origins: Proprio, established in 2016, was founded by a neurosurgeon and an AI technologist, with the vision of improving surgical visualization and ergonomics.
Key Features: Proprio’s AR system enhances surgical visualization by providing an interactive, high-fidelity 3D view of the surgical field without the need for head-mounted displays.
Projects and Products: Proprio’s technology has been applied in neurosurgery, ophthalmology, and other specialties, aiming to improve surgical precision and reduce surgeon fatigue.

10. MediView XR

Origins: MediView XR, founded in 2017, focuses on developing AR/VR solutions for surgical planning and patient education.
Key Features: The company’s “MediView XR Toolkit” allows surgeons to create patient-specific 3D models from medical images, aiding in preoperative planning.
Projects and Products: MediView XR’s toolkit has been used for surgical simulation, patient engagement, and personalized medical education, supporting improved patient outcomes.

11. Intuitive Surgical

Origins: Intuitive Surgical, established in 1995, is a pioneer in robotic-assisted surgery.
Key Features: The company’s “da Vinci Surgical System” incorporates AR elements, providing surgeons with essential information during robot-assisted procedures.
Projects and Products: Intuitive Surgical’s da Vinci system has been widely adopted for various minimally invasive surgeries, increasing precision and reducing recovery times.

12. 6D.ai

Origins: 6D.ai, founded in 2017, is a company specializing in building AR cloud technology.
Key Features: The company’s AR cloud platform enables real-time mapping and understanding of the physical environment, creating a persistent and shareable AR experience.
Projects and Products: In the healthcare sector, 6D.ai’s technology has been explored for medical training, remote consultations, and procedural guidance, allowing medical professionals to collaborate and interact with digital information within the physical space.

13. Holo4Labs

Origins: Holo4Labs was founded in 2016 with a focus on AR/VR solutions for laboratories and scientific research.
Key Features: Holo4Labs’ AR platform assists lab technicians in following protocols, tracking inventory, and visualizing data through AR interfaces.
Projects and Products: The company’s AR solutions have been adopted in healthcare research and clinical laboratories, streamlining workflows and reducing errors.

14. ImmersiveTouch

Origins: ImmersiveTouch, established in 2016, specializes in developing surgical planning and guidance solutions using AR and VR technologies.
Key Features: The company’s “ImmersiveView Surgical Planner” provides surgeons with a 3D view of patient anatomy for preoperative planning and simulation.
Projects and Products: ImmersiveTouch’s technology has been applied in various surgical specialties, enhancing surgical decision-making and training.

15. Vuzix

Origins: Vuzix, founded in 1997, is a leading supplier of smart glasses and AR/VR wearable technologies.
Key Features: The company’s AR glasses, such as “Vuzix Blade,” enable hands-free access to digital information and data overlays.
Projects and Products: Vuzix’s smart glasses have found applications in telemedicine, medical training, and healthcare logistics, improving productivity and information accessibility for medical professionals.

16. Surgical Theater

Origins: Surgical Theater was founded in 2010 by neurosurgeons and engineers with the vision of enhancing surgical planning and patient engagement.
Key Features: The company’s “Surgical Navigation Advanced Platform” (SNAP) uses AR/VR to provide interactive 3D reconstructions of patient anatomy.
Projects and Products: Surgical Theater’s SNAP has been used in neurosurgery, oncology, and other complex procedures to aid in surgical navigation, preoperative planning, and patient education.

17. Augmentiqs

Origins: Augmentiqs, established in 2017, focuses on AR solutions for digital pathology.
Key Features: The company’s AR system integrates with existing microscopes, overlaying real-time data and annotations onto the live microscopic view.
Projects and Products: Augmentiqs’ AR platform has been utilized in pathology labs to enhance collaboration, streamline diagnoses, and improve accuracy.

18. EchoAR

Origins: EchoAR, founded in 2018, offers a cloud-based platform for AR/VR content management and delivery.
Key Features: The company’s platform enables developers and medical professionals to create, host, and deploy AR applications efficiently.
Projects and Products: EchoAR’s technology has been employed in medical education, patient education, and remote healthcare training, facilitating the development and distribution of AR content.

19. XRHealth

Origins: XRHealth, established in 2016, focuses on providing therapeutic AR/VR solutions for various healthcare conditions.
Key Features: The company’s “VRHealth” platform offers immersive experiences for pain management, cognitive therapy, and rehabilitation.
Projects and Products: XRHealth’s AR/VR therapies have been used in pain clinics, physical therapy centers, and mental health practices, providing patients with engaging and effective treatment options.

20. Orca Health

Origins: Orca Health, founded in 2009, specializes in patient education solutions using AR/VR technologies.
Key Features: The company’s AR apps provide interactive 3D visualizations of medical conditions and procedures to improve patient understanding.
Projects and Products: Orca Health’s AR patient education tools have been used by healthcare providers to enhance communication, patient compliance, and informed decision-making.

21. Oncomfort

Origins: Oncomfort, founded in 2017, is a company specializing in virtual reality (VR) and AR solutions for managing pain and anxiety in healthcare.
Key Features: The company’s “Sedakit” platform provides AR/VR experiences to help patients cope with pain and stress during medical procedures.
Projects and Products: Oncomfort’s solutions have been used in various medical settings, such as cancer care and preoperative anxiety reduction, offering non-pharmacological pain management alternatives.

22. Curatours

Origins: Curatours, established in 2018, focuses on AR/VR applications in medical training and patient education.
Key Features: The company’s platform allows medical professionals to create interactive AR/VR content tailored to specific medical cases.
Projects and Products: Curatours’ technology has been adopted by medical schools and healthcare institutions for immersive medical education and patient communication.

23. Augmented Pixels

Origins: Augmented Pixels, founded in 2010, is a company that develops AR solutions for various industries, including healthcare.
Key Features: The company’s AR platform offers markerless tracking and object recognition, facilitating real-time AR experiences in medical applications.
Projects and Products: Augmented Pixels’ technology has been used for AR-based medical simulations, anatomy visualization, and patient monitoring.

24. Atheer

Origins: Atheer, established in 2012, specializes in enterprise AR solutions, with applications in healthcare and other industries.
Key Features: The company’s AR platform, “Atheer AiR Suite,” offers hands-free, interactive AR experiences using smart glasses.
Projects and Products: Atheer’s smart glasses have been used by medical professionals for remote collaboration, task guidance, and hands-free access to medical information.

25. Intervoke

Origins: Intervoke, founded in 2017, focuses on creating AR/VR experiences for pain and anxiety management in healthcare settings.
Key Features: The company’s AR/VR platform delivers personalized therapeutic experiences to patients, promoting relaxation and stress reduction.
Projects and Products: Intervoke’s solutions have been used in hospitals and clinics to improve the patient experience during medical procedures.

26. Augmentaio

Origins: Augmentaio, established in 2018, is a company specializing in AR solutions for surgery and medical training.
Key Features: The company’s AR platform provides surgeons with real-time, dynamic anatomical visualizations during procedures.
Projects and Products: Augmentaio’s technology has been used in surgical planning, navigation, and education, enhancing surgical outcomes and training efficiency.

27. Vipaar

Origins: Vipaar, founded in 2016, is a company that develops AR solutions for remote medical collaboration and education.
Key Features: The company’s AR platform enables real-time interaction and shared visualizations for medical professionals across locations.
Projects and Products: Vipaar’s technology has been utilized for telemedicine, surgical consultations, and medical training, bridging the gap between specialists and remote healthcare settings.

28. Osso VR

Origins: Osso VR, founded in 2016, is a leading company in virtual reality (VR) surgical training.
Key Features: Osso VR’s platform provides realistic, hands-on surgical simulations that enable medical professionals to practice procedures in a risk-free virtual environment.
Projects and Products: The company’s VR simulations cover a wide range of medical specialties, from orthopedics to cardiac procedures. Osso VR has been widely adopted by hospitals and medical institutions to improve surgical skills, reduce learning curves, and enhance patient safety.

29. MediVis

Origins: MediVis, established in 2017, is dedicated to transforming medical education through immersive AR/VR experiences.
Key Features: The company’s AR/VR platform offers highly interactive, 3D medical visualizations and simulations for medical students and professionals.
Projects and Products: MediVis has developed AR applications that allow users to explore anatomical structures, study medical cases, and engage in interactive learning experiences, revolutionizing medical education and training.

30. Augmented Medical

Origins: Augmented Medical, founded in 2014, is focused on developing AR/VR technologies for medical imaging and diagnostics.
Key Features: The company’s AR applications allow radiologists and medical imaging professionals to overlay and interact with medical scans in a spatial context.
Projects and Products: Augmented Medical’s solutions aid in diagnostic accuracy and treatment planning, providing medical practitioners with enhanced tools for analyzing medical images.

31. Proximi

Origins: Proximi, established in 2016, is a company dedicated to bringing AR and VR technology to surgical training and collaboration.
Key Features: Proximi’s platform facilitates real-time, AR-driven communication between surgeons during complex procedures.
Projects and Products: Proximi’s AR technology has been utilized for remote surgical collaboration, enabling experienced surgeons to provide guidance and assistance to colleagues in different locations.

32. ZSpace

Origins: ZSpace, founded in 2007, is a company that specializes in immersive AR/VR experiences for education and training.
Key Features: The company’s AR glasses and interactive display systems offer lifelike 3D visualization for medical learning and simulation.
Projects and Products: ZSpace’s technology has been used in medical schools and training programs to enhance anatomy education, medical simulations, and patient engagement.

33. ARvizio

Origins: ARvizio, established in 2016, is a company that provides enterprise AR solutions for medical visualization and collaboration.
Key Features: ARvizio’s AR platform allows medical professionals to visualize and interact with complex medical data, such as patient scans and models, in a shared virtual environment.
Projects and Products: ARvizio’s technology has been applied in surgical planning, medical education, and remote consultation, enabling seamless collaboration and decision-making among healthcare teams.

34. Magic Leap

Origins: Magic Leap, founded in 2010, is a renowned AR technology company, focusing on creating mixed reality experiences.
Key Features: The company’s “Magic Leap One” headset offers spatial computing, blending digital content with the real world.
Projects and Products: Magic Leap has explored various medical applications, such as medical visualization, anatomy education, and surgical planning, leveraging its advanced AR capabilities.

35. AugmentedRealiTease

Origins: AugmentedRealiTease, established in 2009, is an AR/VR development company with expertise in medical applications.
Key Features: The company’s AR apps provide medical professionals with interactive and informative experiences related to medical procedures and conditions.
Projects and Products: AugmentedRealiTease’s AR solutions have been used for patient education, medical marketing, and training, enabling medical professionals to communicate complex medical concepts effectively.

36. OpenSight

Origins: OpenSight, established in 2017, focuses on medical imaging and AR visualization for surgical planning.
Key Features: The company’s AR system allows surgeons to overlay medical imaging data onto the patient’s anatomy in real time during surgical procedures
Projects and Products: OpenSight’s technology has been used in various medical specialties, including neurosurgery and interventional procedures, improving surgical accuracy and reducing radiation exposure.

37. DAQRI

Origins: DAQRI, founded in 2010, is a company that develops AR smart glasses and solutions for industrial and medical applications.
Key Features: The company’s smart glasses, such as “DAQRI Smart Glasses,” offer AR visualization and data overlays for medical professionals.
Projects and Products: DAQRI’s smart glasses have been utilized in medical training, maintenance tasks, and hands-free access to critical medical information.

38. Scopis

Origins: Scopis, founded in 2010, is a company that develops AR solutions for surgical navigation and medical augmented reality.
Key Features: The company’s AR technology assists surgeons in navigating through complex anatomical structures during minimally invasive surgeries.
Projects and Products: Scopis’ AR navigation systems have been used in neurosurgery, spine surgery, and orthopedics, offering precise guidance and improved patient outcomes.

38. Touch Surgery

Origins: Touch Surgery, established in 2013, is a company that focuses on mobile surgical simulations and AR/VR training.
Key Features: The company’s “Touch Surgery” app provides step-by-step surgical simulations and training modules for medical professionals.
Projects and Products: Touch Surgery’s app has been adopted by medical students, residents, and experienced surgeons alike, supporting skill development and standardized training.

39. VSI

Origins: VSI, founded in 2011, is a company specializing in interactive AR/VR medical training and education.
Key Features: The company’s platform offers immersive and interactive medical simulations and visualizations for healthcare professionals.
Projects and Products: VSI’s technology has been used for medical training, patient education, and procedural simulations, promoting a deeper understanding of medical concepts.

40. Anatomage

Origins: Anatomage, established in 2004, focuses on creating advanced 3D medical visualization and anatomy software.
Key Features: The company’s “Anatomage Table” offers a life-sized interactive display for visualizing detailed anatomy in 3D.
Projects and Products: Anatomage’s technology has been used for medical education, patient communication, and surgical planning, providing medical professionals with a comprehensive view of patient anatomy.

41. CareAR

Origins: CareAR, founded in 2018, is a company that specializes in AR solutions for remote support and collaboration in healthcare.
Key Features: The company’s AR platform allows healthcare professionals to provide remote guidance and support using augmented reality overlays.
Projects and Products: CareAR’s technology has been used for telemedicine consultations, medical equipment troubleshooting, and remote assistance during medical procedures.

42. Ocutrx Vision Technologies

Origins: Ocutrx Vision Technologies, founded in 2015, is a company that focuses on AR solutions for medical visualization and diagnostics.
Key Features: The company’s “Oculenz AR Glasses” offer advanced AR capabilities, allowing medical professionals to access patient data and images in real time during examinations.
Projects and Products: Ocutrx’s AR glasses have been utilized for ophthalmology, dermatology, and telemedicine, providing enhanced visualizations and improved clinical decision-making.

Key Conclusion and Analysis

Augmented Reality has emerged as a game-changing technology in the healthcare industry, revolutionizing medical practices and patient care. From surgical planning and training to patient education and remote consultations, Augmented Reality is transforming the way healthcare professionals approach their work. As the demand for innovative and efficient solutions rises, the competitive landscape in the Augmented Reality healthcare sector has become increasingly dynamic.

These top companies are pioneering Augmented Reality technologies in the healthcare sector. From Augmented Reality visualization and surgical planning to remote support and medical diagnostics, they are revolutionizing medical practices and patient care.

As these companies continue to innovate, Augmented Reality’s role in healthcare is set to expand further, bringing more advancements that will reshape the way medical professionals work and improve patient outcomes worldwide.

As the Augmented Reality healthcare sector continues to evolve, companies that stay at the forefront of technological advancements, offer specialized solutions, and prioritize customer satisfaction will lead the competitive race. The winners of this competition will shape the future of healthcare, providing improved patient outcomes and more efficient medical practices through the power of Augmented Reality.