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The hinge for Apple’s new foldable phone was built with AI

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Why This Matters

Apple's first foldable, the Duo, leans on AI-driven manufacturing — algorithmically pairing each hinge with its best-fit housing and 3D printing micro layers of photopolymer to correct residual waviness — to tackle the durability problem that has dogged the foldable category. It signals that AI is moving into the factory floor as a precision tool, not just a consumer feature, and that Apple sees crease and wear resistance as the make-or-break issue for foldables.

Key Takeaways
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In Brief

Apple’s long-awaited foldable phone, the Duo, contains a number of surprises, including a critical hinge that was designed and built with the help of AI and 3D printing.

The new phone represents Apple’s first entry into the foldable phone genre — a category of devices that has seen significant consumer enthusiasm, but whose form factors haven’t always lived up to that enthusiasm. As you might expect from a product that, by design, undergoes twice as much wear as a traditional device, most foldables suffer significant degradation and don’t have the durability of other smartphones.

Apple claims that it has integrated innovative protections into the Duo’s design to keep the phone from falling prey to the typical wear and tear associated with foldables. That includes the hinge, according to Johny Srouji, the company’s chief hardware officer.

“During manufacturing, we use AI algorithms to precisely match each individual hinge with its best-fit housing to ensure perfect alignment, and a confocal laser progressively scans the topology of every single unit, and 3D prints up to 25 micro layers of a custom photopolymer to eliminate residual waviness,” Srouji said during Apple’s Surprise and Shine event on Wednesday.

Srouji also shared that Apple gave the foldable phone “a custom nano-texture finish that significantly reduces glare and reflections” as well as a multi-layer lamination strategy designed to increase the device’s durability. Of course, it remains to be seen whether those protections will be enough to keep the Duo in peak physical condition in the long run.