"Oppo has a new 2nd-generation Titanium Flexion Hinge, which is made using a liquid 3D printed component. The development process starts with precise laser scanning, which creates a high-fidelity model for each surface of the hinge. The process then moves to the liquid 3D printing phase, where Oppo uses tiny photopolymer resin droplets to fill uneven areas. The 3D printing process helps eliminate any structural irregularities at a microscopic level."
"The hinge and wing plates are made from Grade-5 titanium alloy, and the structure features a wider waterdrop design, which increases the folding radius while also reducing the stress exerted on the display. Oppo is also bringing an updated carbon fiber support plate."
"Oppo claims its Auto-Smoothing Flex Glass is 50% thicker than Ultra-Thin Glass (UTG), which makes it much more durable and resistant to deformations. It offers superior elasticity, stopping any potential deformations and helps it achieve much higher shape recovery."
"Oppo tested its new development alongside TÜV Rheinland and the tests concluded that the Find N6's hinge and Auto-Smoothing Flex Glass help reduce long-term crease depth by 82% compared to the Find N5. Oppo also claims the Find N6's display remains perfectly flat with no visible crease even after over 600,000 folds."
Oppo's Find N6 foldable addresses the persistent crease problem through two key innovations. The 2nd-generation Titanium Flexion Hinge uses liquid 3D printing with photopolymer resin droplets to eliminate microscopic irregularities, with each layer solidified by UV light. Made from Grade-5 titanium alloy with a wider waterdrop design, it increases folding radius while reducing display stress. The Auto-Smoothing Flex Glass is 50% thicker than traditional ultra-thin glass, offering superior elasticity and shape recovery to prevent creep—the internal layer shifting that deepens creases over time. Testing with TÜV Rheinland confirms the Find N6 reduces long-term crease depth by 82% compared to the Find N5, maintaining a flat display after over 600,000 folds.
Read at GSMArena.com
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