Kyocera 4-intshi 300-dot printhead thermal

Kyocera KT4-300 series thermal print head sesona sisombululo siphezulu soshicilelo sobushushu esiphuhliswe yiKyocera Corporation yaseJapan. Yamkela itekhnoloji ye-ceramic substrate ephucukileyo kunye netekhnoloji yokucubungula echanekileyo, kwaye yenzelwe ukuchaneka okuphezulu kunye neemfuno zokushicilela ngesantya esiphezulu. Le mveliso iphuculwe ngokusekelwe kwintloko yoshicilelo lwamachaphaza angama-200, kwaye isisombululo sokuprinta sinyuswe ukuya kwi-300dpi (amachaphaza angama-12/mm), esilungele uluhlu olubanzi lweemeko zesicelo soshishino.

Uhlalutyo lweteknoloji engundoqo

Inkqubo yokufudumala echanekileyo

Isebenzisa iiyunithi zokufudumeza ezizimeleyo ezingama-300, iyunithi nganye i-42μm × 42μm kuphela ngobukhulu

Isithuba sento yokufudumeza yi-0.083mm (300dpi eqhelekileyo)

Ixesha lokuphendula <1ms, lixhasa isantya esiphezulu sokushicilela i-500mm / s

Ukuchaneka kolawulo lobushushu ±1℃, ukuqinisekisa ukuhambelana kogxininiso loshicilelo

Innovative ceramic substrate

Isebenzisa i-high-purity aluminium nitride (AlN) yeceramic substrate

I-Thermal conductivity ≥170W/(m·K), ukusebenza kakuhle kokutshatyalaliswa kobushushu kunyuke nge-40%

Ukubekwa kwegolide kumphezulu, amandla e-antioxidant anyuke ngamaxesha e-3

Ubomi bokusebenza bunokufikelela kwiikhilomitha ezili-150 zobude bokushicilela

Inkqubo yokulawula ehlakaniphile

Inzwa yobushushu edibeneyo kunye nesekethe yokukhusela ukulayisha ngaphezulu

Ixhasa ukumodareyitha kobubanzi bokubetha kwe-PWM, qaphela ulawulo olungwevu lwenqanaba le-256

Umsebenzi wembuyekezo yamandla ngokuzenzekelayo, ukwandisa ubomi becandelo

Uthelekiso lwenzuzo yokusebenza

Iimpawu zeParameter Kyocera KT4-300 Imveliso eqhelekileyo yoShishino

Isigqibo 300dpi 200-203dpi

Isantya sokuprinta 500mm/s 200-300mm/s

Impendulo yokufudumala <1ms 2-3ms

Ubomi benkonzo 150km 50-80km

Uzinzo lobushushu ±1℃ ±3℃

Iimeko zosetyenziso oluqhelekileyo

Iileyibhile zolungiselelo oluphezulu

Xhasa ushicilelo lwekhowudi ye-QR enoxinano oluphezulu (iKhowudi yeQR)

Izinga lokuqatshelwa>99.99%

Ziqhelanisa namaqondo obushushu ahlukeneyo (-20℃~60℃)

Imveliso yomfanekiso wezonyango

Zifezekise iimfuno ezisemgangathweni zeDICOM

Inqanaba le-16 le-grayscale yokusebenza

Isiqinisekiso semathiriyeli yebakala lezonyango

Ukuchongwa kwemizi-mveliso ezenzekelayo

I-ink-resistant kunye noyilo lokumelana nomhlwa

IP54 inqanaba lokhuseleko

Ukukwazi ukusebenza ngokuqhubekayo iiyure ezingama-24

Ukushicilelwa kwetyala lemali

Anti-yomgunyathi feature yoshicilelo

Ukukwazi kwemveliso yombhalo omncinci

Umjikelo wesondlo omde kakhulu (>6 iinyanga)

Indlela yokuziphendukela kweteknoloji

Itekhnoloji yentloko yoshicilelo lwe-thermal yaseKyocera idlule kwizigaba ezintathu zophuhliso:

Isizukulwana sokuqala (2000-2010): 200dpi, ubomi 50km

Isizukulwana sesibini (2011-2018): 203dpi, ubomi 80km

Isizukulwana sesithathu (2019-): 300dpi, ubomi 150km

Uthotho lwamva nje lwe-KT4-300 lwamkela inani letekhnoloji ezintsha:

Itekhnoloji ye-3D micromachining

I-nano-level ceramic coating

Intelligent Thermal balance algorithm

Uhlalutyo lokhuphiswano lwemarike

Umlinganiselo weendleko-ngempumelelo

Iindleko zokuprinta ngekhilomitha nganye zithotywe ngama-35%

Umjikelo wogcino wandiswa ngamaxesha ama-2

Ukusetyenziswa kwamandla kwehliswe nge-20%

Imiqobo yobugcisa

Itekhnoloji yokucubungula ngokuchanekileyo ye-ceramic substrates

I-algorithm yokulawula ukuhanjiswa kwentsimi ye-Thermal

Inkqubo yokuvelisa izinto zokufudumeza ezincinci

Ukuziqhelanisa neshishini

Ukuthobela imigangatho ye-ISO/IEC

UL, CE isiqinisekiso

Ukuxhasa iinkqubo zonxibelelwano ezingundoqo

Umkhombandlela wophuhliso lwexesha elizayo

Uphuculo olukrelekrele

Imodyuli edityanisiweyo yokubeka iliso ye-IoT

Umsebenzi wogcino oluqikelelweyo

Ulawulo lwedatha yamafu

Izinto ezintsha ezintsha

Uphando kunye nophuhliso lwe-graphene yokufudumeza

Ukuziphilisa izixhobo ze-ceramic

Unyango lomphezulu olunobuhlobo nendalo

Ukwandiswa kwesicelo

Ukuprintwa kwe-elektroniki okuguquguqukayo

Uncedo loshicilelo lwe-3D

Indawo yokupakisha ehlakaniphile

Ukuqukumbela

I-Kyocera 4-intshi ye-300-dot yentloko yoshicilelo lwe-thermal imele elona nqanaba liphezulu leteknoloji yoshicilelo lwe-thermal yangoku. Ukuchaneka kwayo okugqwesileyo kokushicilela, ubomi benkonzo ye-ultra-long kunye nokusebenza okuzinzile kwenza kube lukhetho olufanelekileyo kwizicelo zokushicilela ze-industrial-grade. Ngophuhliso lokwenziwa ngobukrelekrele kunye ne-Intanethi yeTekhnoloji yeZinto, le mveliso iya kuqhubeka ikhokela ukutsha kwetekhnoloji yoshicilelo olushushu kwaye ibonelele ngezisombululo ezisebenzayo nezithembekileyo zokuprinta kumashishini ahlukeneyo.