Ci wàllu elektronik ak xaralay afichage, anam wi ñuy defaree afichage yu mujj yi mooy wane ci saasi performance optik bu produit bi, dooley structure bi, ak dundu gi. Panelu affichage yi gëna mag ci jamono jii dañuy njëkka jëfandikoo xaralay OLED ak MiniLED, te seen xeetu moulage dafay boole ay jéego yu am solo ci xaralay science matériel, defar bu jaar yoon, ak doxal otomatik.
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%). Deposisioŋu chambre vide lañuy jëfandikoo ngir evaporation ak encapsulation, fu ñuy def ay mbir yuy génne leeraay organik, diko def ci anam wu jaar yoon, ci anam wu jaar yoon ci nanometre. Buñu ko boole ak couche encapsulation inorganique/organique, loolu dafay tere ndox mi ak oxygen bi dugg.
Defar ay module leeralu ginaaw bu bees bu Mini{0}}LED moo gëna tar. Xaralay toxal masse dañu koy jëfandikoo ngir implante fukki junni chips LED yu tollu ci fukki junni micron ci kaw substrat sircuit, ak njubte ci positionnement bi war ci diggante ±1.5μm. Affichage yu courbe yi dañuy jëfandikoo ab pexe thermique buy ñaw, jëfandikoo tàngoor bu am degre (400{6}}600 degre) ak hydroforming ngir am surface yu courbe yu jafee xam ak R-angle yu néew 1mm boole ci tëye stabilite ci structure moleculaire u weer wi.
Doxalin yooyu dañu sukkandikoo ci njiitu sistemu inspection optique (AOI) bu mat sëkk ak modelu wax luy waaja am ci AI-, loolu mooy tax pixel yi am njuumte yu néew benn ci milioŋ ci bépp afichage bu kawe. Lu Micro-LED ak xaralay ekraŋ yuñ mëna plie di jëm kanam, ëlëg liggéeyum moulage dina wéy di jëm kanam ci defar atomik -niveau precision ak jëfandikoo metamaterials.