Apple foldable display patent

Apple Patents Revolutionary Foldable Display Tech Without Creases for Future iPhones and iPads

Apple has taken a significant step forward in the realm of foldable devices with its latest patent, showcasing groundbreaking technology to eliminate creases in Apple foldable display. The patent reveals a method involving chemical processing to thin the display at the folding area, combined with the utilization of different materials to maintain a seamless surface. This innovation marks a potential breakthrough for future iPhones and iPads, promising a crease-free user experience unlike anything seen before in foldable technology.

Industry experts suggest that a foldable iPhone or iPad could become a reality sooner than expected, with insiders from Korea hinting at a potential launch by 2026. This speculation contradicts earlier predictions by Ming-Chi Kuo, who anticipated Apple’s first foray into foldable screens with a larger MacBook slated for 2027.

Apple’s patent outlines various strategies to address potential issues like grooves in the display area. One solution involves incorporating a transparent cover layer that overlaps the display panel, effectively concealing any imperfections. Additionally, the patent details a process to strengthen the locally thinned portion of the display using a polymer deposited within grooves and cured through UV light, heat, and catalyst application.

Notably, the patent hints at a fundamental shift in the composition of the display glass, suggesting the replacement of sodium with potassium to induce compressive stress in surface layers. This alteration aims to enhance the glass’s durability, making it more resistant to scratches and wear damage over time.

Apple’s pursuit of a seamless foldable display reflects its ongoing commitment to innovation and technological advancement. With this patent, the company is poised to revolutionize the landscape of mobile devices, offering consumers a glimpse into the future of Apple foldable display technology.


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