Samsung is making waves in the tech world with its innovative approach to foldable displays, particularly by tackling a long-standing issue: the crease that has plagued its Galaxy phones for years. Recently, at CES 2026, the company unveiled an exciting new technology dubbed "Advanced Crease-less," which promises a significant reduction in visible creases, potentially changing the game for future devices.
So, what makes this new display technology so groundbreaking? According to reports, a crucial element behind this advancement is the introduction of a secondary layer of ultra-thin glass. This development could indicate that users might see this improvement debut with the upcoming Galaxy Z Fold 8, or perhaps even in Apple's anticipated foldable iPhone.
But how exactly did Samsung achieve this remarkable feat? One insider leak suggested that the company is modifying the backplate design by incorporating perforations. These holes would allow the backplate to flex more effectively, enabling it to distribute the stress exerted during the folding process evenly across the display rather than concentrating it in the middle, as seen in current models.
Adding further insight, a Korean publication has reported that Samsung plans to utilize a laser drilling technique on the backplate that will help to disperse stress more efficiently. Moreover, it seems that this new technology could also integrate a second sheet of ultra-thin glass (UTG), enhancing durability.
Currently, Samsung employs ultra-thin glass beneath a plastic protective layer in devices such as the Galaxy Z Fold 7, with the display resting under this glass and a backplate behind it. The potential inclusion of an additional layer of ultra-thin glass on top of the backplate could provide extra protection against display wrinkles, marking a substantial step forward in foldable technology.
It's still uncertain if this new layer was featured in the panel showcased in Las Vegas, but the concept itself is intriguing. The introduction of ultra-thin glass has already improved display uniformity compared to earlier generations, suggesting that this novel structure could yield even more enhancements.
Curious to see how this unfolds? Follow along as Samsung continues to push the boundaries of what’s possible in mobile technology!
