Best AR Companies For Medical Device Visualization

Medical devices are difficult to sell and difficult to teach for the same reason. The thing you need someone to understand happens inside a body, at a scale nobody can see, in a spatial relationship to anatomy that a diagram flattens into something almost meaningless. A rep explaining how an implant seats against bone, or a surgeon deciding whether a device suits a particular patient, is working against the limits of two dimensional representation, which is why medical visualization has moved from illustration into spatial computing.

AR for medical devices solves that specific problem, and the market has organised itself around three different moments. Showing the device to clinicians and buyers, which is a sales, medical affairs and congress activity. Teaching clinicians to use it, which is training with competence evidence attached. And guiding the device during the procedure itself, which is regulated technology under clinical scrutiny.

Those three carry entirely different requirements, timelines and review processes, and a vendor excellent at one is frequently not credible in another. The companies below cover all three, with a note on where each fits. For planning technology specifically, our guide to the best AR companies for surgical planning goes deeper on the imaging pipeline behind it.

Medical Device Visualization At A Glance

Company	Best For	Where It Sits
Treeview	Custom device visualization for manufacturers	Sales, medical affairs, training
Brainlab	Surgical planning and navigation ecosystems	Clinical
Augmedics	Headset guided navigation during surgery	Clinical
Medivis	Imaging brought into the operating environment	Clinical
Surgical Theater	Patient specific planning and rehearsal	Clinical and education
VOKA	Anatomically accurate content and congress modes	Medical affairs, education
Osso VR	Procedural training with competence data	Training
FundamentalVR	Haptic simulation of device handling	Training
Proximie	Remote proctoring and case capture	Field support
Lucid Reality Labs	Custom builds with outcome analytics	Training, medical affairs

Best AR Companies For Medical Device Visualization In 2026

1. Treeview — Already Building For Medtronic And Daiichi Sankyo

Treeview is the strongest choice for device manufacturers who need something built rather than licensed, and the reason is on the client list. Medtronic and Daiichi Sankyo are both there, alongside Stanford Medicine, which means the studio has produced work inside medical device and pharmaceutical expectations rather than encountering them for the first time on your project.

That experience is the whole difference in this category. The technical work of rendering a device in anatomy is not especially hard. Getting it through medical, legal and regulatory review with defensible anatomy, controlled claims and proper documentation is hard, and it is where studios without healthcare exposure lose months and then rebuild under launch pressure. Treeview maintains a stated AR and VR healthcare practice covering medical training, surgical simulation, patient education and clinical workflow, and its award winning mixed reality visualization work, recognized with two Silver awards at the 47th Annual Telly Awards, demonstrates the presentation quality a flagship product launch requires.

The ownership terms matter more here than in most sectors. Clients retain full ownership of intellectual property, source code and assets, which is significant when an application contains proprietary device geometry, mechanism content or a training protocol you intend to use across markets. Long term support covering platform migration addresses the other reality, which is that a device stays on the market far longer than the headset generation an experience launched on.

• Services and expertise: Custom AR, VR and mixed reality development, AR and VR healthcare applications, device and anatomy visualization, medical training and patient education, Apple Vision Pro and smart glasses development, 3D content creation, long term support
• Location: New York, United States and Montevideo, Uruguay
• Portfolio: Medtronic, Daiichi Sankyo, Stanford Medicine, Microsoft, Meta, University of Alberta

2. Brainlab — Planning And Navigation As A Connected Ecosystem

Brainlab has built surgical planning and navigation technology for decades, spanning software, hardware and the data pipelines that bring imaging into theatre, with mixed reality visualization layered onto an established clinical platform.

The advantage is integration rather than novelty. Visualization only changes a procedure if it connects to planning, imaging and navigation already in use, and a company with deep existing presence in operating rooms can add a spatial layer to workflows surgeons already trust. Standalone visualization tools face a much harder adoption path.

For device manufacturers, Brainlab is worth understanding as a partner and a distribution consideration, since a device that works within an established surgical navigation system reaches clinical users more easily than one requiring its own.

• Services and expertise: Surgical planning software, image guided navigation, mixed reality visualization, imaging data management, operating room integration
• Best suited to: Health systems and device partners working within established navigation platforms

3. Augmedics — Navigation Delivered Through A Headset In Surgery

Augmedics developed augmented reality surgical navigation worn by the surgeon, projecting patient anatomy and instrument position into the surgeon’s field of view rather than onto a monitor across the room.

The clinical argument is attention. Conventional navigation requires a surgeon to look away from the patient to a screen, then mentally map that view back onto the anatomy in front of them, and eliminating that switch is a genuine ergonomic and safety improvement rather than a technology demonstration. This is regulated technology, cleared for defined indications, and it should be evaluated on clinical evidence rather than on the interface.

For manufacturers of implants and instruments used in navigated procedures, compatibility with headset guided systems is becoming a commercial consideration in its own right.

• Services and expertise: Augmented reality surgical navigation, head mounted display guidance, instrument and implant tracking, imaging registration
• Best suited to: Surgical programmes adopting navigation and device partners aligning to it

4. Medivis — Imaging Rendered Where The Procedure Happens

Medivis develops augmented reality and artificial intelligence technology for surgical care, focused on bringing medical imaging into the operating environment as spatial anatomy rather than as slices on a display.

The company works at the point where imaging, anatomy and device placement converge, which is exactly where surgical AR visualization stops being illustrative and starts influencing what happens next. Technology in that position sits under clearance requirements and evidence expectations proportional to the risk, and buyers should establish precisely what is cleared, for which indications and in which markets.

Device organizations should track this category closely, because anatomical data presented in situ changes what device level guidance can plausibly offer over the next few product cycles.

• Services and expertise: AR surgical visualization, medical imaging integration, AI supported anatomical rendering, clinical deployment
• Best suited to: Surgical programmes and device partners working with intraoperative imaging

5. Surgical Theater — Rehearsing On The Actual Patient’s Anatomy

Surgical Theater builds patient specific three dimensional reconstructions from imaging, allowing surgeons to plan and rehearse a procedure on a model of the individual they are about to operate on rather than on generic anatomy.

Two applications follow from that. Surgical planning, where walking through the approach in advance surfaces problems while they are still theoretical, and patient communication, where showing someone their own anatomy and the intended procedure changes the quality of informed consent considerably.

For device manufacturers, patient specific planning is where device selection actually happens. A surgeon who has rehearsed with a particular implant in that patient’s anatomy has effectively made the choice before the case begins.

• Services and expertise: Patient specific 3D reconstruction from imaging, surgical planning and rehearsal, VR and AR visualization, patient education
• Best suited to: Complex surgical planning and pre-procedure device selection

6. VOKA — Anatomical Accuracy As The Actual Product

VOKA produces medical visualization content built around anatomical precision, with an in-house medical team ensuring organs, tissue layers and pathologies are rendered accurately rather than approximately, and offers presentation modes designed for medical congresses and events.

Accuracy is not a refinement in this category, it is the entire proposition. Content that looks convincing but is anatomically wrong will be rejected by the clinicians it was built to persuade, and medical review inside device companies is unforgiving on exactly this point. Vendors keeping clinical staff in house clear that review more reliably than 3D medical animation studios outsourcing it.

Congress presentation is where a large share of device visualization budget actually lands, and content built for a booth has different requirements from content built for a headset in a training room.

• Services and expertise: Anatomically accurate 3D medical content, education and training applications, congress and event presentation modes, custom medical visualization
• Best suited to: Medical affairs and congress programmes needing clinically defensible content

7. Osso VR — Training That Produces Evidence, Not Attendance

Osso VR provides immersive surgical training used by medical device companies and health systems, covering both surgeon education on new procedures and training for the representatives who support those procedures in theatre.

The commercial logic is adoption speed. A device is taken up only as fast as clinicians can be trained on it, and cadaver labs, courses and proctoring are expensive, geographically limited and slow. Simulation lifts those constraints and generates assessment data, so a company can show that someone reached a defined competence level rather than simply attended a session.

For commercial and medical affairs teams facing a launch, this functions as a market access tool and is usually evaluated against the cadaver programme it partially replaces.

• Services and expertise: VR surgical training modules, procedural simulation, competence assessment and analytics, device representative training, scaled deployment
• Best suited to: Device companies commercializing procedures and training field teams

8. FundamentalVR — The Part Of Device Handling That Lives In The Hands

FundamentalVR delivers surgical simulation with haptic feedback, creating a measurable and repeatable environment for building procedural skill including the tactile component that visual simulation cannot convey.

For device training this matters more than it first appears. Insertion force, the resistance as an implant seats, the feel of a deployment mechanism reaching its stop, these are the details that separate confident use from hesitant use, and they cannot be taught through a screen. Where device handling has a strong tactile element, haptics is a different capability rather than a premium version of AR medical training.

The measurement layer supports the same evidence conversations as other training platforms, which increasingly matter to both quality functions and customers.

• Services and expertise: Haptic VR surgical simulation, procedural skill training, performance measurement, device and pharmaceutical training programmes
• Best suited to: Devices whose safe use depends on tactile technique

9. Proximie — Expert Support Without The Flight

Proximie provides operating room telepresence, letting a remote specialist see and annotate a live procedure, alongside a library that turns recorded cases into training material.

Device organizations feel this constraint acutely. Proctoring a new procedure or supporting a launch normally means flying experts to sites, which caps how quickly adoption can scale, and remote presence removes that ceiling directly. The case data captured also builds an evidence base on how devices are used in practice, which is difficult to obtain any other way.

Consent, privacy and data governance need resolving with clinical and legal teams before deployment rather than after a pilot has already run.

• Services and expertise: Operating room telepresence, remote proctoring and support, procedure recording and content library, case data capture and analytics
• Best suited to: Device launches and multi site proctoring programmes

10. Lucid Reality Labs — Custom Work With Measurement Designed In

Lucid Reality Labs builds immersive applications across healthcare, life sciences, aerospace and manufacturing, with a proprietary iXR platform pairing immersive content with analytics so outcomes are measured rather than assumed.

Its life sciences background means documentation, validation and traceability expectations shape delivery from the start, which produces more realistic scoping and evidence packages that survive quality review.

The analytics layer answers the question every device training and education programme eventually faces, which is what measurably changed, and applications built without measurement from the outset cannot add it convincingly later.

• Services and expertise: Custom XR, VR and AR development, iXR platform with outcome analytics, simulation, 3D content, clinical and enterprise training programmes
• Location: Miami, United States, with presence in Europe and Southeast Asia

How To Choose An AR Company For Medical Device Visualization

Which of the three moments are you buying for?

Showing the device, teaching the device and guiding the device are separate purchases with separate vendors, budgets and review processes. A congress experience and a cleared navigation system have nothing in common beyond the underlying rendering technology. Decide which moment you are funding before approaching anyone, because vendors will confidently answer the question you did not ask.

Has the vendor cleared medical, legal and regulatory review before?

This predicts whether the project ships on time more reliably than any technical assessment. Device content review is exacting about claims, anatomical accuracy, balance and referencing. Ask for specific examples of work that passed review at a device or pharmaceutical company, and ask how many rounds it took.

Is the anatomy defensible?

Clinicians notice anatomical error immediately and stop trusting everything around it. Establish who validates the anatomy, whether clinical review is in house or outsourced, and what source material the models are built from. This is the most common reason polished device content fails with its intended audience.

Does it need clearance, and for what?

Anything influencing a clinical decision during a procedure sits under regulatory requirements that education and training content does not. Establish early which category your intended use falls into, because a project scoped as marketing that drifts toward clinical guidance becomes a different and much longer programme.

Who owns the geometry, the code and the training data?

Settle ownership of source code, 3D device models and any assessment data before proposals. Device visualization assets get reused across markets, product generations and channels, and studios retaining them limit that reuse. Ask about platform migration too, since devices stay on the market long after a headset generation ends.

Conclusion

Augmented reality has become genuinely useful in medical devices because it addresses the core difficulty of the category, which is that the important thing happens somewhere nobody can see. Clinical navigation vendors serve the procedure itself under regulatory scrutiny, training platforms serve adoption and produce competence evidence, and custom studios serve everything a manufacturer needs to show, explain and teach about its own product.

Treeview is the strongest option in that last group, with Medtronic, Daiichi Sankyo and Stanford Medicine already behind it, award winning mixed reality visualization work, and full transfer of intellectual property and source code so proprietary device geometry and training content stay under your control. Whichever route fits, decide which of the three moments you are funding, verify who validates the anatomy, and involve medical and regulatory review from the first conversation rather than the last. For related reading, see our guides to the best VR companies for mental health and the best digital twin companies for manufacturing.

If you want to feature your AR company on this list, email us or submit a form in the Top Choices section. After a thorough assessment, we’ll decide whether it’s a valuable addition.