Apple’s upcoming foldable iPhone might feature a hinge made with 3D printing, according to a new report from China. The goal is to minimize the visible crease on its flexible display, a common challenge for foldable smartphones.
This is the first detailed report linking 3D printing to the hinge design of Apple’s foldable device. Previous rumors have suggested the use of liquid metal and dual-layer glass to boost the strength and durability of the new iPhone Fold’s construction.
3D printing used to reduce crease in foldable phone hinges
Using 3D printing in foldable hinges isn’t groundbreaking. Oppo’s Find N6 foldable smartphone already employs a similar method in its second-generation Titanium Flexion hinge. Oppo achieved a ”nearly invisible crease” by precisely measuring microscopic surface irregularities with lasers and compensating for them using 3D-printed polymers.
Apple’s experience with 3D printing in hardware manufacturing
Apple isn’t new to 3D printing-it’s already used the technology in making titanium cases for the Apple Watch and in producing individual components like the USB-C port for some iPhone Air models. The precision of 3D printing allows for tighter fitting parts and reduces material waste compared to traditional manufacturing.
Potential impact of 3D-printed hinges on iPhone Fold durability and design
Apple aims to replicate Oppo’s level of crease reduction, making it a top priority in the iPhone Fold’s development. If successful, the company could set a new standard in how foldable smartphones handle one of their biggest visual and mechanical drawbacks.
This 3D-printed hinge could mark a shift for Apple in foldable technology, combining advanced materials and manufacturing to tackle long-standing challenges. How well the company integrates this hinge and manages durability will be critical to whether the iPhone Fold can compete with established players like Samsung and Oppo in the folding phone arena.