Transforming medical imaging workflows with artificial intelligence and virtual reality.

Radiology is facing a crisis.

In today’s rapidly evolving healthcare landscape, medical imaging professionals face significant challenges in accessing and collaborating on medical images efficiently. Traditional radiology workstations and Picture Archiving and Communication Systems (PACS) often lack the flexibility and accessibility required for modern practice, remotely or on-the-go scenarios.

As a result, healthcare providers, radiologists, residents, and researchers are hindered in their ability to provide timely and accurate diagnoses, hindering patient care and research advancements.

At Luxsonic Imaging, we are committed to revolutionizing the landscape of medical imaging through cutting-edge virtual reality solutions.

Our mission is to empower medical professionals, including physicians, radiologists, residents, and research teams, by delivering unparalleled access to clinical collaboration, diagnostic, and academic tools. With a focus on innovation, we strive to enhance efficiency and accessibility in the medical field, ensuring that practitioners can seamlessly integrate advanced technologies into their workflows, whether on-the-go or working remotely.

Luxsonic Imaging is dedicated to shaping the future of medical imaging, where precision meets convenience, and where healthcare professionals can confidently navigate the complexities of their work with our transformative solutions.

Reduce costs

Luxsonic Imaging's virtual reality solutions reduce costs by eliminating the need for physical workstations and enable remote collaboration, minimizing infrastructure and travel expenses.

Efficiency boost

Innovative tolls enhance efficiency, allowing medical professionals to seamlessly integrate advanced technologies into their workflows, saving time and increasing productivity.

Global accessibility

Luxsonic's commitment ensures worldwide access to tools, overcoming geographical constraints and facilitating collaboration among medical professionals.

Seamless integration

Luxsonic's innovative solutions seamlessly integrate into medical workflows, optimizing processes, streamlining decision-making, and enhancing precision and convenience in medical imaging.

Doctor wearing virtual reality headset with her hands raised holding interactive controllers.

Welcome to immersive radiology.

Luxsonic Imaging offers advanced virtual reality solutions for medical imaging professionals. It provides physicians, radiologists, residents, and research teams access to clinical collaboration, diagnostic, and academic tools while on-the-go or working remotely.

Television screen displaying DICOM image in focus in the background, with a woman in a doctor's labcoat wearing a virtual reality headset in the foreground.

Luxsonic Virtual Imaging Platform (VIP) offers three distinct product solutions tailored to meet your specific workflow requirements.

Academic

Luxsonic Academic Virtual Imaging Platform (aVIP) is a virtual reality solution for radiology professionals’ training, continuing education, and research.

  • Use self-directed education workflows
  • Review cases with peers
  • Collaborative education
Learn more

Clinical

Luxsonic Clinical Virtual Imaging Platform (cVIP) is a VR solution for image viewing, collaboration, and clinical review, transitioning to a Class 1 viewer in the USA by 2024.

  • Resident on call
  • Tumour boards
  • Review a case with physician
Learn more

Diagnostic

Luxsonic Diagnostic Virtual Imaging Platform (dVIP) is a VR medical imaging diagnostic solution for radiologists and residents, It is currently available as a class 2 medical device in Canada.

  • Mobile workstation
  • Overnight call
  • Mobile call
Learn more

Made in partnership with:

Meta
Lenovo
Nvidia
Nvidia
Nvidia
Nvidia
Nvidia
Nvidia
Nvidia

Learn more about who we work with.

Atrium Health Wake Forest Baptist

Atrium Health Wake Forest Baptist

Atrium Health Wake Forest Baptist is a nationally recognized, fully integrated academic medical center and health system in Winston-Salem, NC. Neuroradiologists from Wake Forest University School and Medicine are piloting SieVRt to facilitate international consults with their radiologist colleagues in Ecuador.

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NL Health Services

NL Health Services

As part of the CanHealth Network, Luxsonic is working with NL Health Services to integrate sieVRt across the province of Newfoundland and Labrador. This will allow physicians from across the province to collaborate with each other and give radiologists access to their workflow wherever they travel, improving patient care.
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Atrium Health Wake Forest Baptist

Massachusetts General Hospital

As the original and largest teaching hospital of Harvard Medical School, Mass General trains the next generation of leaders in science and medicine. Luxsonic is working in collaboration with Dr. Uppot and colleagues at the AR/VR RAD Lab at Mass General to integrate VR technologies into clinical care.

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Queen's University

Queen's University

Luxsonic has been working with Queens University and Kingston Health Sciences on a ground breaking project to deliver a real-time, remote radiology residency program to residents in Nairobi, Kenya using virtual reality. This 4 year program is supported by the Rotary Club of Kingston.
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Sunnybrook Health Sciences Centre

Sunnybrook Health Sciences Centre

Luxsonic is working with Sunnybrook to develop the next generation of image guided therapy workflow in virtual reality. The teams are working together on an innovative project that will bring together artificial intelligence, medical imaging and virtual reality to improve the ability of physicians to visualize and interact with radiological imaging data.
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University of Arizona

University of Arizona

Researchers from the University of Arizona are using the Luxsonic Imaging platform to evaluate the potential role of virtual reality and head-mounted display technology in the interpretation of cross-sectional diagnostic imaging of the chest. This research is being funded by the Society of Thoracic Radiology and we can’t wait to see the results.
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American College of Radiology

American College of Radiology

ACR is at the forefront of radiology evolution, representing more than 41,000 diagnostic and interventional radiologists, radiation oncologists, nuclear medicine physicians, and medical physicists. As members of ACR, Luxsonic collaborates on developing and contributing VR modules and clinical resources supported by SieVRt.

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University of Saskatchewan

University of Saskatchewan

The research relationship between the Department of Medical Imaging and Luxsonic Imaging continues to grow stronger with renewed commitment from the department to explore the use of virtual reality for education in radiology.
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University of Arizona

Kenyatta University

A valued partner and customer, the Department of Medical Imaging at the University of Kenyatta is breaking ground by being one of the first programs to incorporate virtual reality into their radiology residency program. We look forward to continued expansion of our exciting work in Kenya.

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See what people are saying about Luxsonic Imaging.

As a radiology resident and mixed reality enthusiast, I have been very impressed with SieVRt’s level of immersion, quality of imported DICOM images, collaboration capabilities, and particularly the team’s responsiveness to feedback. SieVRt is the first software I have found that is pioneering this future; I am excited to trial it as a teaching tool now, and can’t wait to see what is possible when I become an attending!

Samson (Sen) Lu, MD, MPH

PGY-5, USF Diagnostic and Interventional Radiology

You have a truly revolutionary product, congrats on a job well done. Denise Castro (our global health lead) and I were very, very impressed with the immersive experience. It felt enjoyable to stand in front of a virtual viewbox and teach again.

Dr. Omar Islam

Head, Department of Diagnostic Radiology, Queen’s University

When I uploaded the first batches of DICOM files and dragged them to the screens, I was able to assess three series of images at the same time: in the axial, coronal, and sagittal projections and the images were very clear and sharp. Using SieVRt has been part of my preparation for difficult surgical procedures ever since, and that has been for several months so far.

Dr. Rafal Nowak

J. Strus City Hospital, Eye department, Poznan, Poland; Military Institute of Medicine, Eye department, Warsaw, Poland

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