On July 22 at Galaxy Unpacked July 2026, Samsung Electronics unveiled Galaxy Z Fold8 Ultra, Galaxy Z Fold8 and Galaxy Z Flip8, marking the eighth era of the Galaxy Z collection.
Across seven generations, Samsung has helped outline the foldable class by means of advances in show know-how, hinge engineering and supplies innovation — all pushed by a deep understanding of how individuals use their units.
To hear how these insights guided the engineering behind Samsung’s newest foldables, Samsung Newsroom sat down with Sunghoon Moon, Executive Vice President and Senior Executive of Mobile R&D Office – Hardware, Mobile eXperience (MX) Business at Samsung Electronics.
Q. How have seven generations of person insights formed Samsung’s method to the newest Galaxy Z collection?
From the start, we noticed foldables as a chance to redefine how individuals work together with their smartphones — not merely as a brand new kind issue. Through seven generations, we’ve realized how individuals open, carry, unfold and depend on their units. Those insights have formed our engineering priorities and guided every new era of the Galaxy Z collection.
Over time, three priorities grew to become clear: bigger, extra immersive shows; thinner and lighter units with out compromising sturdiness; and extremely efficiency whereas preserving the distinctive benefits of the foldable kind issue. Delivering all three grew to become the defining engineering problem behind the newest Galaxy Z collection.
Q. Samsung describes foldable innovation as engineering one linked system. What does that imply in follow?
With foldables, each part is interconnected. Making a tool thinner, for instance, means redesigning the show, hinge, battery, thermal system and inside structure collectively. Rather than optimizing particular person elements individually, we engineer the whole gadget as one linked system. This end-to-end engineering philosophy extends from supplies and part design to manufacturing, validation and the ultimate product expertise — permitting engineering developments to turn out to be enhancements individuals expertise day-after-day.
Q. The new Galaxy Z collection introduces Flex Titanium know-how. What engineering challenges did it resolve?
Our purpose was to make foldables thinner and lighter with out compromising sturdiness or the viewing expertise. That required us to remodel the show assist construction defending the ultra-thin OLED panel whereas preserving the pliability wanted for repeated folding.
Used in demanding industries akin to aerospace, titanium supplied the energy and resistance towards everlasting deformation important for a foldable show. But choosing the fabric was solely the start. The actual problem was creating the processing, structural design and manufacturing experience wanted to make titanium appropriate for repeated folding.
Flex Titanium combines two titanium-based parts. The titanium plate beneath the show serves as the first structural assist, serving to soak up strain and impacts from each the entrance and rear of the gadget. A precision-engineered lattice construction — created by means of a hybrid manufacturing course of — permits the plate to stay versatile whereas sustaining structural energy. Beneath the show panel, the titanium-alloy movie supplies the energy, flexibility and elastic restoration wanted to assist repeated on a regular basis folding, even at a thickness of simply tens of micrometers — roughly one-third the thickness of a human hair.
Together, these improvements strengthened the show assist construction whereas decreasing show…
