Insait long ol samting bilong konsuma elektroniks na displei teknoloji, wok bilong wokim ol hai-displei i save makim stret optikal pefomens bilong prodak, strong bilong straksa, na laipspan bilong prodak. Ol bikpela 'high-display panels bilong nau i save yusim ol OLED na Mini-LED teknoloji, na wok bilong wokim ol i bungim ol nupela teknoloji long saiens bilong ol samting, wok bilong wokim ol samting stret, na wok bilong bosim ol samting long masin.
During the substrate molding stage, high-end displays commonly use tempered glass or flexible polyimide (PI) film as a substrate. For rigid panels, a chemical tempering process creates a compressive stress layer on the glass surface, increasing its impact strength to over five times that of ordinary glass. Flexible substrates undergo ultra-thin stretching and multi-layer coating to achieve thickness control down to 0.03mm while ensuring light transmittance (>95%). Ol i save yusim 'vacuum chamber precision deposition' long wok bilong 'evaporation' na 'encapsulation', we ol i save putim ol 'organic light-emiting materials long olgeta leit wantaim 'nanometer-level precision. Taim ol i bungim wantaim wanpela 'inorganic/organic composite encapsulation layer', dispela i save pasim wara na oksijen long go insait.
Wok bilong wokim ol nupela Mini-LED beklait modul em i hat moa yet. Ol i yusim 'mass transfer' teknoloji long putim planti tausen 'micron-'sais LED 'chips' antap long wanpela 'circuit substrate', na ol i mas putim stretpela mak insait long ±1.5μm. Ol 'curved displays' i save yusim wanpela 'thermal bending' proses, we ol i save yusim 'gradient heating' (400-600 digri) na 'hydroforming' long kamapim ol 'curved surfaces' we i gat ol 'R-angles' aninit long 1mm na tu, ol i save holim strong 'molecular structure' bilong glas.
Ol dispela proses i dipen long kodineted kontrol bilong ol ful otomatik optikal inspeksen (AOI) sistem na ol AI-pawa kwaliti prediksen model, na i mekim piksel defekt reit i stap aninit long wanpela long wanpela milien long wanwan hai-end displei. Taim ol Micro-LED na ol 'foldable screen' teknoloji i wok long kamap, ol wok bilong wokim ol 'mold' long bihain taim bai i go het long kamap long 'atomic-level precision manufacturing na yusim ol 'metamaterial'.