Prismlab MP series echanekileyo micro nano 3D umshicileli

Inkcazelo emfutshane:

I-sub-pixel iteknoloji yokuskena i-micro, iteknoloji engundoqo ye-Prismlab MP ye-series precision micro nano 3D umshicileli, sisiphumo sophando lweprojekthi yesizwe ephambili yophando kunye nesicwangciso sophuhliso "inkqubo yokuvelisa i-micro nano structure kunye nezixhobo".Le teknoloji inokunciphisa kakhulu impazamo yokushicilela, iphucule impumelelo yokushicilela ngamaxesha angama-5-10 xa ithelekiswa nezixhobo ezikumashishini afanayo, kwaye sisixhobo sokwenyani sophando lwezenzululwazi.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Le teknoloji isekelwe kwi-"micro focusing - micro scanning" iteknoloji ye-microlens array.Ngaphantsi kweemeko ezifanayo ezichanekileyo, ukusebenza kakuhle kokubumba kungaphezulu kwamaxesha e-30 ngaphezu kwe-chip ye-DMD, exazulula ingxaki "yokunamathela kwintamo" ye-chip yaseMelika;Zonke iinxalenye kunye namacandelo ezixhobo ziyakwazi ukuphandwa ngokuzimeleyo kwaye ziphuhliswe yi-LCD yasekhaya echasene nokuguga, enokuqinisekisa ubomi benkonzo yeminyaka eyi-10 phantsi kwemeko ye-7 * 24h yokushicilela okungapheliyo.
Itekhnoloji yokuskena ye-pixel encinci-umgaqo
1. Ukunciphisa indawo (ubuncinci be-500nm):
Ngokusebenzisa itekhnoloji ye-microlens array, indawo yentelekelelo yomphezulu iyancitshiswa ukufumana indawo yepixel engaphantsi
2. Ulawulo lwendawo:
Usebenzisa itekhnoloji yokuskena yepiezoelectric micro vibration ukulawula indawo engaphantsi kwepixel yolungiselelo oluchanekileyo lomzimba

Iimbonakalo

I-1, ineenzuzo zokuchaneka okuphezulu koshicilelo, uluhlu olukhulu lokubumba, ukusebenza okuzinzileyo kunye nemveliso yemveliso.
2, Inokuthi ibambe ngokuzenzekelayo iimodeli, iprinte kwaye izalise ulwelo efini.Emva kokuprinta, inokuqokelela ngokuzenzekelayo iimpazamo kunye ne-alam ngokuzenzekelayo, enokonga kakhulu iindleko zomsebenzi ezinzima
3, Umzimba womatshini uphela wamkela iqokobhe lentsimbi elidityanisiweyo, elilula kwaye lihle ngenkangeleko kwaye unemvakalelo yobuhle beshishini.
4, Prismlab uye wakha iklasi yokuqala emva-intengiso iqela, kwaye uxhotyiswe umatshini ngamnye kunye neqela lenkonzo emva-intengiso yobungcali, ukusuka kwindibano, ukugunyazisa, yaye ekugqibeleni ukulungisa iimpazamo, ukuze ungabi naxhala!

3. Ulawulo lwendawo:
I-teknoloji ye-pixel yokulawula umbane isetyenziselwa ukulawula ngokuchanekileyo ukukhanya / ukucima indawo ye-pixel;Ukusebenzisa i-piezoelectric ceramics, indawo yokukhanya ye-pixel ilawulwa ukuskena kwe-micro vibration, enokuthi ihlolwe kancinci ukuya kumaxesha angama-144.
Iingcebiso: 1. Ukuchaneka kwe-micro displacement ye-piezoelectric ceramics inokufikelela kwi-50 ~ 100 nm, kwaye ixesha lokufuduka lingahoywa;
2. Ubungakanani bepixel obubonakalayo be-LCD yi-19 μm.
Itekhnoloji ye-sub-pixel yokuskena itekhnoloji ayifuni ukudityaniswa, inqanda ngokupheleleyo iimpazamo zokudibanisa, kwaye iphucula impumelelo yoshicilelo ngamaxesha angama-100.
LCD: 1920 × 1080 pixels;Iimfuno zokuchaneka: 2 μ m
Indawo enye yokubonisa inqwelomoya yemveli yi-3.84x2.16mm
Indawo enye yepixel encinci yokuskena yi 36.48x20.5mm

Uthotho lwePrismlab MP oluchanekileyo lwe-micro nano 3D abashicileli banezatifikethi eziphuhlisiwe zasekhaya kunye nezatifikethi zogunyaziso ezifanelekileyo ezivela eYurophu, eUnited States naseJapan, kwaye amandla abo obugcisa aqinisekisiwe ngakumbi.

Isicelo

Uthotho lwePriyson MP oluchanekileyo lweprinta ye-3D ye-nano isetyenziswe ngokubanzi kwezinye iikholeji kunye neeyunivesithi, kwaye inokusetyenziswa kuphando lweyunivesithi.Ukongeza, inokuprinta ezinye iitshiphusi ze-microfluidic, iilensi ze-endoscope kunye nezinye izixhobo ezincinci, ezinceda uphuhliso lophando lwezenzululwazi kunye nemfundo.