Though I reviewed Apple’s recently-introduced MacBook Neo, M5 MacBook Air, and M5 Max MacBook Pro, I didn’t look at Apple’s new displays. But it is noteworthy that even these products open up new opportunities for the company.

That’s because Apple this week gained FDA clearance for the Medical Imaging Calibration feature introduced in the Studio Display XDR. Just as the affordable MacBook Neo opens up a fresh mass market opportunity, this specialized product feature forges space in a new niche. 

Apple opens a new growth market

That niche will only become even more important once specialized AI medical tools to support treatment and diagnosis appear in the radiology space, as such tools inevitably will. (Inevitably? I mean, just look at this December research announcement from the Institute of Cancer Research, which demonstrated that combining artificial intelligence (AI) with state-of-the-art MRI imaging can revolutionize prostate cancer treatment.)

The combination means you don’t need a dedicated radiology workstation costing in excess of $15,000; you need only a Mac and a $2,899 Apple display. 

Once those things are in place, you can select your choice of imaging software — probably something like Visage Imaging 7, OsiriX MD, Falcon MD, or another of the solutions available for Mac. Even better, while privacy and data confidentiality concerns do exist, the Mac you use for this work can also be used for other tasks, like any other Mac. This democratizes access to tools of this kind; gives the medical profession all the Apple advantages around product resilience, TCO, and tech support; cuts budgets; and enables medical tech purchasers to get more for less.

On-device AI, an Apple advantage

Then we get to think about AI, and that’s where Apple’s strategic sensibility seems to be coming into play. I see it like this: it is obvious that AI for medical imaging will need to run on something. And what Apple has done with Apple Silicon, its approach to on-device AI, and this new medical image calibration feature on its displays all mean it now offers a trusted, highly usable, incredibly flexible solution to run future AI-augmented MRI imaging packages. Apple’s processors can simply shrug their way through that kind of work, while its new displays can give radiologists and other medical examiners the precise accuracy they need.

The new display feature also gives Apple an impressive story to tell in the $42.6 billion global market for medical imaging devices. That tale is tempered by Apple’s cast-iron commitment to privacy and the impressive capacity of Apple Silicon to run on-device LLMs. Apple’s introduction of MLX means you can easily imagine medical imaging deployments that rely on a new Studio Display and four Mac minis clustered via a single Thunderbolt 5 cable. Total cost? Not $15,000. 

Apple is cheap

Apple is cheap. That’s not an illusion. Look at the ecosystem. The entry level $599 MacBook Neo shows this, while all the TCO and tech support and security studies I’ve seen across the last decade show that once you begin using these platforms you end up spending a lot less keeping your investments going.

That matters in any business, of course. But when it comes to the kind of industries Medical Imaging Calibration is meant for, that can be life-saving. Who wants urgent surgery to be delayed by an operating system crash or another Crowdstrike-like moment?

There might be problems getting this message through to every medical provider across the planet, but check out Emory University and its Department of Radiology and Imaging Sciences. There, you can peruse a white paper explaining most of the steps radiologists and imaging practices must take to integrate Apple’s displays and systems into their clinical workflows. 

As explained here, the paper praises the CPU/GPU performance of Macs used in the test, which rival or exceed traditional workstations at a fraction of the cost. The white paper also opens a second dimension in medical practice, thanks to visionOS and the capacity to create new workflows that have the headset using new surgical apps from the likes of Stryker and Storz. Add AI to that equation and you can see that Apple has raised a very, very large flag depicting a very large Apple logo on part of the future of medical care. 

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