I-SHEC Industrial Thermal PrintHead 300dpi

I-SHEC 3U105-8529 yintloko yoshicilelo lwe-thermal ye-300dpi eyenzelwe ukuchaneka okuphezulu kwe-industrial-grade printing. Yamkela itekhnoloji yokuvelisa echanekileyo yaseJapan kwaye iqhuba ngokugqwesileyo kwiimeko ezifana nokuxilongwa kwezonyango, ukuleyibheli ngokuchanekileyo, kunye nokumakishwa kwecandelo lombane. Iimpawu zayo ezingundoqo zingashwankathelwa ngolu hlobo lulandelayo:

Ulawulo lwe-matrix yamachaphaza e-Ultra-fine: amachaphaza angama-5.67/mm indawo yokufudumeza yoxinaniso, ukufikelela kwi-40% ekuphuculeni okubukhali kweemveliso eziprintiweyo (xa kuthelekiswa neemodeli ezingama-200dpi)

Impendulo ye-thermal ye-Nano-level: usebenzisa i-aluminium entsha ye-nitride ye-ceramic substrate, ukusebenza kakuhle kwe-thermal conductivity yi-25% ephezulu kuneyezinto zemveli.

Ukuqina komgangatho womkhosi: kuphumelele iiyure ezili-1000 zovavanyo lokutshiza ityuwa kunye namaxesha angama-500,000 ovavanyo lokungcangcazela kwempembelelo.

II. Ukuphumelela iteknoloji entsha

Inkqubo yeMbuyekezo yaMandla aNgqongileyo (DECS)

Ixesha langempela lokujonga utshintsho lwe-impedance kwindawo nganye yokufudumeza

Ihlawula ngokuzenzekelayo i-±15% yokuguquguquka kwamandla

Iqinisekisa ukuhambelana kwe-grayscale ye-ΔE <1.5 ngexesha loshicilelo oluqhubekayo

Ulwakhiwo olunemigangatho emithathu yokuchitha ubushushu

Uyilo olulodwa lomjelo wokuphelisa ubushushu

Idityaniswe ne-algorithm yokupholisa umoya

Igcina ubushushu bokusebenza obuqhubekayo buzinzile kuma-65±2℃

Ukukhuselwa koqhagamshelwano olukrelekrele

I-IC edityanisiweyo yokujongwa kwe-impedance

Unqumla iisekethe ezingaqhelekanga ngaphakathi kwe-0.1ms

Yehlisa umngcipheko we-electrode oxidation ngama-90%

III. Iiparamitha zentsebenzo ekhokelayo kwishishini

Isalathisi sexabiso leParameter yokulinganisa umgangatho weShishini

Ubuncinci ibhakhowudi eyaziwayo 0.08mm ububanzi beDathaMatrix Uhlobo oluqhelekileyo 0.15mm

Inqanaba leGreyscale Amanqanaba angama-256 (ulawulo lwe-8bit) Imveliso eqhelekileyo amanqanaba angama-64

Ixesha lokuphendula lokuqalisa i-23ms (ukusuka kwi-standby ukuya kushicilelo lokuqala) Iimveliso ezifanayo 50ms +

Ifilimu yeCarbon adhesion 5N/mm² (JIS K5600 standard) Uhlobo oluqhelekileyo 3N/mm²

IV. Ukusebenza kwiimeko ezikhethekileyo zesicelo

Ubume bonyango lokuvala inzala

Ukumelana nemijikelo ye-100 yoxinzelelo oluphezulu lokuvala umphunga

Gcina ukusebenza okuzinzileyo kwiiyure ezingama-2000 kwindawo yokuvala inzala ye-ETO

Uphumelele isiqinisekiso se-ISO 13485 sesixhobo sonyango

Iimeko zobushushu obugqithisileyo

-30 ℃ ixesha lokuqala elibandayo <3 imizuzwana

70℃ okusingqongileyo okuqhubekayo ukusebenza izinga lokuthomalalisa <5%

Thobela umgangatho womkhosi we-MIL-STD-810G

V. Umjikelo wobomi kunye neenzuzo zokulondolozwa

Inkqubo yokuzixilonga:

Ixesha langempela lokujonga izinga lokuthomalalisa indawo yokufudumeza

Ukuqikelelwa komjikelo wolondolozo kwiiyure ezingama-200 kwangaphambili

Ukutshintshwa kwemodyuli:

Inkxaso yokutshintshwa kokutshintsha okushushu (isakhiwo esinelungelo elilodwa lomenzi-ukukhutshwa ngokukhawuleza)

Ixesha lokutshintshwa <3 imizuzu

Uyilo lokusingqongileyo:

I-95% yamacandelo ayarisayikilishwa

I-RoHS iyahambelana ne-3.0+FIKELA kwizinto ezingama-239

VI. Idatha yovavanyo yokuthelekisa yezicelo eziqhelekileyo

Kumgca wokupakisha wefoyile ye-aluminiyam yeyeza:

Shicilela ukucaca: 3U105-8529 izinga lokuqaphela i-99.98% vs. 98.2% yeemveliso ezikhuphisanayo

Izinga lokungaphumeleli kwenyanga: 0.3 amaxesha/1,000 iiyunithi vs. umndilili woshishino 2.1 amaxesha/1,000 iiyunithi

Ukugcinwa kweribhoni yemihla ngemihla: 15% (enkosi kulawulo lwamandla oluchanekileyo)

VII. Iingcebiso zokukhetha

Icetyiselwe ukusetyenziswa ngokubaluleka kwezi meko zilandelayo:

Kufuneka uprinte iimpawu ezichasene nenkohliso yenqanaba lemicron (ezifana neekhowudi ezingabonakaliyo)

Indawo yoshishino kunye ne-7 × 24 iiyure zemveliso eqhubekayo

Iinkqubo ezizinzisiweyo ezinemithintelo yendawo (ubukhulu yi-9.8mm kuphela)

Iimeko ezifuna ukuthotyelwa kwe-FDA 21 CFR iSigaba se-11

Lo mzekelo wamkelwe ngaphezu kwe-200 yabavelisi bezixhobo zonyango zehlabathi, kwaye isabelo sayo semarike kwicandelo lesixhobo se-IVD sifikelele kwi-37% (idatha ye-Q2 2024). I-teknoloji yokulinganisa i-thermal yokulinganisa i-patent (inombolo ye-patent: JP2022-185634) iqinisekisa uzinzo kwi-high-speed yoshicilelo kwaye isisombululo soqoqosho sokutshintsha ukuphawula kwe-laser yendabuko.