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Ukuqonda iphrofayili yokushisa yomugqa wakho wokukhiqiza kubalulekile ekugcineni ikhwalithi yengxenye nokuphepha kwabasebenzi. Uzothola ukuthi ukukhiqizwa kokushisa kuyahlukahluka kakhulu phakathi kwemithombo ehlukene yokukhanya kwe-ultraviolet. Lo mhlahlandlela uhlola ukuziphatha kokushisa kwe-UV LED ukuphulukisa izinga lokushisa uma kuqhathaniswa nezinhlelo zendabuko ze-mercury nokuthi lo mehluko uthinta kanjani ama-substrates akho kanye nemvelo yesikhungo. Ngokuhlola lezi zici zobuchwepheshe, unganquma kangcono ukuthi yibuphi ubuchwepheshe obuhambisana nezingqinamba zakho ezithile nezinhloso. Ingabe ukuphulukiswa kwe-UV LED kuvame ukuphola kune-Mercury UV Curing? Ukuphulukiswa kwe-UV LED kuvame ukusebenza emazingeni okushisa aphansi uma kuqhathaniswa ne-mercury UV ukuphulukiswa ngaphansi kwezimo ezifanayo zenqubo. Uzoqaphela ukuthi ngenkathi zombili izinhlelo zikhiqiza amandla okwelapha ukumboza, ukushisa okuzwakala ngezingxenye zakho kuphansi kakhulu ngobuchwepheshe be-LED. Lokhu kungenxa yokuthi izinhlelo ze-LED azikhiphi imisebe ye-infrared, okuyimbangela eyinhloko yokukhuphuka kwamazinga okushisa esitolo sakho. Ohlelweni lwe-mercury, ingxenye enkulu kagesi iguqulwa ibe ukushisa esikhundleni sokukhanya kwe-UV okusebenzisekayo. Lapho ushintshela ku-LED, amandla agxile ku-band emincane ye-ultraviolet. Lokhu kuholela kwinqubo yokwelapha ebandayo lapho ama-substrates akho ahlala esondele kakhulu ekushiseni kwegumbi kuwo wonke umjikelezo wokukhiqiza. Kungani izinhlelo zokuphulukisa ze-UV LED zivame ukukhiqiza ukushisa okuncane? Umehluko ekulethweni kwamandla kanye nomklamo womthombo kubangela ukuthi izinhlelo zokuphulukisa ze-UV LED zikhiqize ukushisa okuncane ngesikhathi sokusebenza. Izibani zendabuko ze-mercury zithembele ku-arc kagesi nge-bulb egcwele igesi, inqubo edala ububanzi obubanzi bokukhanya, kufaka phakathi inani ...

Ukuphulukiswa okuqhutshwa ngebhethri yigama manje elisetshenziselwa ukubhekisa ezinhlelweni eziphathekayo, ezingenantambo zokwelapha izinamathiselo, ukumboza, ama-polymers, nama-resin ngokukhanya kwe-LED noma kwe-UV.  Azidingi amandla aqhubekayo athunyelwa kwamanye amazwe njengoba kungaba yisidingo semishini ejwayelekile, ngaleyo ndlela zibenze bafanele lapho kudingeka khona esizeni, ukulungiswa kwensimu, kanye nokusungulwa kweselula. Lezi zinhlelo zokuphulukisa ziyimithombo yesimanje yokwelapha okuphezulu kusetshenziswa i-UV LED, kanye nezinhlelo ezikhanyayo, ezihlangene. Ziyashesha, ziphulukisa ngokungaguquguquki, zisebenza kahle futhi ziphathwa kalula. Lawa madivayisi asebenza ngokuthembekile lapho esetshenziswa ezinhlelweni zamazinyo, ukuphrinta kwe-3D, kanye nomhlangano we-elekthronikhi. Izinzuzo ezibalulekile: • Ukuphatheka: Sebenza (ngaphandle kwezintambo noma amandla e-AC) noma kuphi. • Ukusebenza kahle: okusheshayo ngama-LED ayonga amandla. • Ukuguquguquka: Umkhiqizo ungasetshenziswa ezinamathiselweni, ukumboza, ama-polymers, nama-resins. •Kulula ukusebenzisa: Incane, ibushelelezi, futhi kulula ukuyithwala. Isayensi ngemuva kokuphulukiswa kwebhethri. Umqondo wokuphulukisa amandla ebhethri ubalulekile ukusebenzisa ngokugcwele indlela yokuphulukisa futhi uthole ukukhishwa okuphezulu kwempilo. Izinyathelo zingafaka lezi zinyathelo ezilandelayo ezibaluleke kakhulu: Izinzuzo zobuchwepheshe: Classifications of Battery-Powered Curing Devices 1. Imishini Yokuphulukisa Ye-UV LED Ephethwe Ngesandla Lawa aphathekayo, aklanyelwe ngokunethezeka, futhi afanelana nokulungiswa okusheshayo kalula. Basebenzisa amalambu e-UV anikwe amandla ebhethri ukwelapha izindawo ezincane ngesikhathi esifushane. 2. Amayunithi Wokuphulukisa Aphathekayo Ezincane ngosayizi, okuhloswe ngazo ukuthi zisetshenziswe kumaphrojekthi amakhulu, lawa mayunithi yizinhlelo zokuphulukisa eziqhutshwa ngebhethri ezizokwelapha izindawo ezibanzi, kunokuba nje ukumbozwa okuncane noma ingxenye encane ye-resin. 3. ...

Ukunquma ukuthi i-UV LED ingathatha indawo ye-mercury UV esikhungweni sakho kudinga ukubheka ngokujulile amakhemikhali akho wezinto ezibonakalayo kanye nesivinini sokukhiqiza. Ngenkathi izimboni eziningi zenza ushintsho, ushintsho aluhlali lulula ngokushintshana komuntu oyedwa. Kufanele uhlole ukuthi ukukhanya okuncane kohlelo lwe-LED kusebenza kanjani ngokumelene nokukhishwa okubanzi kwezibani zendabuko. Lo mhlahlandlela uhlola amaqiniso obuchwepheshe, izinhlelo zokusebenza lapho ukushintshwa sekuvele kujwayelekile, kanye nezici okufanele uzilinganise ngaphambi kokwenza isinqumo sokugcina senqubo yakho yokukhiqiza. Kusho ukuthini ukuthi i-UV LED ithathe indawo yokuphulukiswa kwe-Mercury UV? Ukushintsha i-mercury UV nge-UV LED kubhekisa ekuhlangabezaneni nezidingo zenqubo ezifanayo ngaphansi kwezimo ezichaziwe njengokujula kokwelapha, ubulukhuni bendawo, namandla okubopha. Kufanele uqinisekise ukuthi umthombo omusha wokukhanya ungadala ukusabela okufanayo kwamakhemikhali ekugqokeni kwakho njengoba uhlelo oludala lwenzile. Lokhu kusho ukuthi "ukufakwa esikhundleni" kuyindaba yokufanisa amamethrikhi okusebenza kunokuba nje ushintshe ikhanda lesibani. Uma ingxenye yakho eqediwe ihlangabezana nazo zonke izivivinyo zekhwalithi ngaphandle kokunciphisa umugqa wakho, ukushintshwa kuyaphumelela. Kuziphi izinhlelo zokusebenza i-UV LED isivele ithatha indawo yeMercury UV? I-UV LED ithathe indawo ye-mercury UV kuzinhlelo eziningi zezimboni zanamuhla lapho ukuzwela kokushisa nokusebenza kahle kwamandla kuyinto ebaluleke kakhulu. Uzothola ukuthi izimboni ezisebenzisa amapulasitiki amancane, ukuphrinta kwe-inkjet yedijithali, nokubopha kwe-elekthronikhi okubucayi kucishe kwathuthela kubuchwepheshe be-LED. Le mikhakha izuza ngokuntuleka kokushisa kwe-infrared, okuvimbela izinto zakho ukuthi zingasonteki noma zincibilike ngesikhathi ...

Ukucubungula i-Wafer UV kuyindlela yokukhiqiza i-semiconductor esebenzisa i-UV ngesikhathi se-photolithography, ukuhlanza, ukuguqulwa komhlaba, nokubopha. Ezinye izinhlelo ze-UV zigxile ekuhlinzekeni ngemisebe ngezikhathi ezibucayi zenqubo, ukuqinisekisa ukunemba nokwethenjelwa kwesinyathelo ngasinye.   Ngokungafani namasu okushisa namakhemikhali, le ndlela ikhetha ukuhlanza okuthuthukisiwe kwe-UV nokubopha ezindaweni ezihambisanayo. Wafer Processing and Bonding Done with UV Light Could Ukubeka ungqimba oluyinkimbinkimbi phezu kobuso be-wafer photolithographically Nge-photolithography, amaphethini athuthukile afakwa ebusweni be-wafer ngesikhathi sokusebenza okulandelanayo, futhi ukususwa kutholakala ngezinyathelo ezincane njengama-nanometer ambalwa.   Izinqubo ezenziwa ngaphandle kokusebenzisa ukushisa   Izinto ezizwela izinga lokushisa njengezibuko ze-GaAs nezinye izinhlanganisela ezibucayi zimi ekuphathweni okungenakucindezeleka njengokuchayeka kwe-UV. Ukuhlanza nokuguqulwa  kwendawo Ngesikhathi sokulungiselela izingqimba zokumboza noma izingqimba zesibopho, ukuhlanza kwe-UV kungakhubaza izindawo ngokusika amaketanga ekhabhoni okuholela ezindaweni ezingenakungcola.   Ukusimama kanye ne-Eco-friendly Innovations   Amathuluzi okuvezwa kwe-silicon wafer avela esizukulwaneni sokugcina asebenzisa amadivaysi asebenzisa mercury-free ultraviolet LED ubuchwepheshe. Lawa madivayisi anobungani bemvelo ngenxa yokusetshenziswa kwawo kwamandla aphansi kanye nesikhathi sokuphila isikhathi eside.   Imisebenzi esemqoka ye-UV ekucubunguleni  i-wafer I-UV Photolithography   Ukuqopha izici ezincane ne-nano kuma-wafers ne-DUV lithography inekhono elikhulu lokunciphisa usayizi owengeziwe.    Ukubopha  kwe-UV Wafer Isebenzisa izinamathiselo ze-ultraviolet emazingeni okushisa aphansi kakhulu, okudingekayo kubuchwepheshe be-WLP ne-MEMS, ukubopha ama-wafers.   I-UV Assisted Etching ne-Dicing   Inikeza ukubhalwa kwe-silicon, isafire, ne-glass wafers usebenzisa ama-laser e-UV ...

Ukukhetha imishini efanele yomugqa wakho wokukhiqiza kuvame ukwehla ekukhetheni phakathi kwezibani zokuphulukisa ze-LED vs UV. Ngenkathi zombili izinhlelo zisebenzisa amandla e-ultraviolet ukuguqula ukumbozwa kwamanzi kube okuqinile, zihluke kakhulu ekulethweni kwazo, ukusebenza kahle, kanye nomthelela wezinto ezibonakalayo. Lo mhlahlandlela uqhathanisa ukucaciswa kwezobuchwepheshe namaqiniso okusebenza ngamunye ukukusiza ukuthi unqume ukuthi yikuphi okungcono kakhulu emsebenzini wakho othile. Uyini umehluko oyisisekelo phakathi kwezibani ze-LED nezendabuko ze-UV zokuphulukisa? Izibani ze-LED nezendabuko zokuphulukisa i-UV ziyahlukahluka ekutheni zikhiqiza kanjani, zilethe futhi zilawula kanjani amandla e-UV. Izibani zendabuko, njenge-mercury arc noma amashubhu e-fluorescent, zakha ukukhanya okubanzi kwe-UV ngegesi ethokozisayo ngaphakathi kwe-bulb, ekhiqiza ukushisa okukhulu ne-ozone. Ngokuphambene nalokho, izibani ze-LED zisebenzisa ama-diode akhipha ukukhanya ukukhiqiza ibhande elincane, elihlosiwe lokukhanya kwe-UV (imvamisa ku-365 nm noma i-395 nm) ngaphandle kwe-mercury eyingozi noma izikhathi zokufudumala. Ukukhishwa kwe-spectral kwesibani sendabuko "yi-broadband," okusho ukuthi kuhlanganisa izifunda ze-UVA, UVB, ne-UVC. Lokhu kuyenza ihambisane nezinhlobonhlobo zama-photoinitiators ajwayelekile kodwa futhi ingasebenzi kahle ngoba amandla amaningi achithwa njengokushisa. Ukukhetha kwakho kuvame ukuxhomeka ekutheni udinga lokhu kuhambisana okubanzi noma ukunemba nokusebenza kahle komthombo we-LED "omncane". Ngoba ama-LED angamadivayisi wombuso oqinile, avumela ukusebenza okusheshayo kokuvula / ukuvala nokulawula ukuqina okuqondile. Lokhu kuguqulwa kwezobuchwepheshe kusuka ku-bulb-based kuya ekulethweni kwamandla okususelwa ku-diode kungumshayeli oyinhloko ngemuva kokuthuthuka kwesimanje kwejubane lokukhiqiza kanye nokonga amandla ...

I-Compact Spot Curing Unit iletha izinzuzo ezintsha; kuyinto umshintshi womdlalo kubantu abasebenza ku-elekthronikhi, ama-optics, amazinyo, nezinhlobo ezithile zokukhiqiza.  Le yunithi igcina ifomu layo elisheshayo futhi elihlangene ngenkathi linikeza ukwelashwa okuphezulu. Kulesi sihloko, sizokwenza ukuhlaziywa kwezinzuzo zezigaba ezimbili eceleni kwesizathu sokwenza lokhu kutshalwa kwezimali ngemuva kokwethula ishidi lokusebenza lezici nezincazelo zobuchwepheshe. Ngemininingwane yokutshala imali esiyinikezayo, sizoqinisekisa ukuthi ulungele kahle isinqumo sokutshala imali.   Yini i-Compact Spot Curing Unit?   Njengoba incazelo ichaza, isici esincane futhi esikhanyayo salezi yunithi sinikeza ukunyakaza okulula. Isebenzisa ubuchwepheshe obuqondile be-UV Light, iphulukisa okunamathisela nezinye izinto ngokuchayeka okukhethiwe kwe-photonic. Uma kuqhathaniswa nezinhlelo ezinkulu zendabuko, i-CPS idlula kubo ngesivinini, ukushesha, ukuguquguquka kokusebenza, nokusebenza kahle jikelele.   La madivayisi asebenzisa kancane ama-LED e-Ultraviolet njengemithombo yokukhanya. Ukusebenza kwazo kuthuthukiswa ukulawulwa okuqinile kokukhishwa kokukhanya, okuholela ekukhiqizeni okunamandla, ukusebenza kahle kwamandla, nokwenza lula ukusebenza konke. UV LED Spot Curing System - A Compact System with Unmatched Efficiency   Kubantu abafuna amayunithi we-compact curing athembekile, sincoma i-NSC4 imodeli ye-UV LED spot Curing Systems ngenxa yezici zayo zokusebenza ezingenakuqhathaniswa. Ukukhishwa kwayo kwe-UV kungu-14 W / cm². Ngaphezu kwalokho, i-eco-friendly futhi ilungele ukusetshenziswa kwezimboni. Ingakwamukela izinhlobonhlobo zokunamathisela okwelapheka kwe-UV, ukumboza, nama-encapsulants ngenxa yama-wavelengths ayo okuphulukisa angama-365nm, 385nm, 395nm, no-405nm.   Iyunithi isekela ukwelashwa okusheshayo nokuthembekile okubalulekile emhlanganweni ...

Izindlela zokusebenza eziphelelwe yisikhathi zingadinga ukucatshangelwa kabusha uma izinhlelo zakho zokuphrinta zisasebenzisa izibani ze-mercury vapor. Imikhakha yokuphrinta yezimboni nezentengiselwano ikulungele ukubhekana nezinguquko ezinkulu ngokusungulwa kobuchwepheshe be-UV LED retrofit.  Ama-LED we-Ultraviolet (UV) ame ukuzuzisa kakhulu amaphrinta we-flexographic ne-offset, kanye nokuphrinta kwedijithali nendwangu. Lezi zimboni manje zingakwazi ukwamukela ukunciphisa izindleko ngokubuyisela kabusha izibani ze-LED. Ngaphezu kwalokho, ukugcinwa kanye nezinyawo zemvelo kuthuthukiswe kakhulu.  Amakhithi we-retrofit kagesi, izinzuzo zawo, kanye nemigomo yokukhetha, kanye nokuhambisana kwephrinta, kuzoxoxwa, kanye nemisebenzi yabo kanye nemishini yamamodeli ahlukahlukene.   Yiziphi izinhlelo zokubuyisela kabusha iphrinta ye-UV LED?   Izinhlelo ze-UV LED Retrofitting ziyikhithi yokuguqulwa ethatha indawo yezinhlelo zendabuko zokuphulukisa ngezibani ze-ultraviolet light-emitting diode (LED). Ngaphakathi kwamaphrinta e-UV, izibani ze-UV ezisuselwa ku-mercury zisebenza njengezinhlelo zendabuko zokuphulukisa. Lezi zinhlelo zingahlanganiswa kalula njengoba zinamakhithi wokuguqulwa aphelele afaka izibani, amamojula okupholisa, nezinhlelo zokulawula amandla nomthetho. Izingxenye zezibani  ze-UV LED Lezi zinguquko zivumela izinhlelo ukuthi zizimele futhi zizimele ngokuzenzekelayo izinqubo zazo, ngaleyo ndlela zinciphise ukuthembela ezinhlelweni zangaphandle.   Izinzuzo zesistimu   Lezi yizimpikiswano ezithi izimpikiswano onjiniyela bezokuphrinta kanye nochwepheshe abathi zithethelela ukulungiswa kwalezi zinhlelo:   ● Ukusebenza okusheshayo nokuvinjelwa kokusebenza   Ukonga kwamandla kutholakala ngenxa yokuntuleka kwezikhathi zokushisa ezizovulwa futhi zicinywe ngamalambu e-UV LED.   Ukuphila  Kwesevisi Enwetshiwe Amamojula we-UV LED adlula izibani ze-mercury vapor, ezihlinzeka ...

Njengoba ukunemba, ukusebenza kahle, nokuguquguquka kuya kuba yinto edingekayo emigqeni yokukhiqiza, i-Industrial UV Chamber isibe yisiqeshana esibalulekile semishini yokwelapha i-UV emikhakheni ye-elekthronikhi nezimoto, kanye nasezimbonini zezokwelapha nokunyathelisa, lapho ukuthembeka nokufana kubalulekile. Yini i-Industrial UV Chamber? Amakamelo aklanyelwe ngokukhethekile ngezinhloso zezimboni asebenzisa uhlelo olujulile lokwelashwa kokukhanya kwe-UV ngokusebenzisa ama-LED ukuphulukisa okujulile, isibopho, ijazi, noma ngisho nokubopha nokuvala inzalo izingxenye zibizwa ngokuthi i-UV Chambers. Ukufika kwamakamelo okuphulukisa i-UV ye-LED kuthathe indawo yezinhlelo ezisuselwa ku-mercury, ukuhlinzeka lezi zimboni ngezinketho eziphephile neziqondile ngempilo ende yomsebenzi. UV LED Curing Chamber CS300A: A Preferred Industrial UV Equipment Ngokuqondene nezidingo zokuphulukisa i-UV zezimboni, i-UV LED Curing Chamber Model CS300A ivelele njengezixazululo ezithandwa kakhulu. Yakhelwe izinhlelo zokusebenza ezinzima zezimboni, le modeli inikeza ukuguquguquka ngokweqile, okwenza kube kuhle ukukhiqizwa kwevolumu ephezulu, ukuphrinta kwezimboni, kanye nezinhlelo zokuhamba komsebenzi ezenziwe ngobunjiniyela. Ukusebenza kahle nokusebenza ngesandla Imodeli ye-CS300A iyahambisana nohlu lwamalambu we-UV LED namamodeli , okwenza kube lula ukwamukelwa ezintweni ezahlukahlukene nokuphulukisa ukujula. Inokwethenjelwa futhi iyasebenza ukusetshenziswa kuma-photopolymers, ama-inks, nama-resin ngenxa yezinqubo ezidinga imiphumela engaguquguquki futhi enokwethenjelwa. Nge ubukhulu yangaphakathi 300mm ngu 300mm ngu 300mm, the CS300A has an ngokwanele-osayizi ukusebenza ivolumu izingxenye eziningi ezahlukene, kungakhathaliseki ingxenye eyodwa enkulu noma izingxenye eziningi ezincane, ngisho batch ukucutshungulwa. Ukwandisa ukuvezwa kwe-UV nakho kulula ngokusebenzisa amashalofu aguqukayo, ...

Izimboni ezihlobene ne-elekthronikhi, ukuphrinta kwe-3D, kanye nokukhiqizwa kwemikhiqizo yezokwelapha zibhekene nokuziphendukela kwemvelo okugxile. Ukuhlanzeka kanye nokwelashwa ngesikhathi esifanele kubalulekile kule mikhakha, kanye neminye eminingi. Ngaso sonke isikhathi kungcono ukuba nezinketho ezengeziwe zokwenza lula izindlela zokwelapha. Ezimweni ezinjalo, ikamelo lokuphulukisa le-UV LED liwusizo kakhulu, futhi lesi sihloko sizochaza kabanzi ngezinzuzo zalo. Kuyini ikamelo lokuphulukisa le-UV LED?   Uhlelo oluvaliwe olulawulwayo olufaka i-photopolymerizing ultraviolet light-emitting diode (LEDs) eyenza kusebenze iglue, inki, kanye nezinamathiselo eziphilayo. Lokhu kuhlobene nokuphepha nokuhambisana nemvelo. Amakamelo okuphulukisa i-UV angcono kunezibani zendabuko ze-mercury. Baphinde baziqhayise ngokuthembeka okungenaphutha nokusebenza kahle kuhlanganiswe nokuphepha okuphezulu.   UV LED Curing Chamber - CS300A Model   Izakhiwo zayo eziningi, ezihlanganiswe nesikhala esanele, zinikeza ukugxila okukhethekile kokuklama uma kukhulunywa ngamakamelo okuphulukisa. Ngakolunye uhlangothi, lokhu kunikeza umsebenzisi inani elingcono futhi kuthuthukise ukusebenza komshini. CS300A UV LED Curing Chamber iyidivayisi multifunctional esetshenziselwa inqubo yokuphulukisa, njengoba inikeza kokubili nokwethenjelwa nokuguquguquka. Ukusetshenziswa kwayo kuyaguquguquka futhi, ngokubambisana nezinhlobo ezahlukahlukene zezibani ze-UV LED, kungasetshenziswa ezimbonini zokuphrinta, i-elekthronikhi, kanye nedivayisi yezokwelapha.   Tailored to Ergonomics and Spatial Optimization   Odokotela banikezwa indawo eyanele nokuguquguquka nge-CS300A Curing Chamber, enikeza ubukhulu bangaphakathi be-300mm × 300mm × 300 mm. Lokhu kuvumela ukuhlelwa mpo kwemihlangano kanye nokuphulukiswa okufanayo kwezingxenye eziningi ngasikhathi sinye. Ngokuqondene nokuhlelwa okuqondile, inhlanganisela ehlanganisiwe yezingxenye ezincane ...

Ukuchayeka kwe-UV endaweni ebanzi ukusetshenziswa kokukhanya kwe-ultraviolet (UV) emikhakheni yezimboni, yezokwelapha neye-elekthronikhi.  Inikeza i-UV irradiation eyinkimbinkimbi kuma-substrates amakhulu efomethi efana namabhodi wesifunda aphrintiwe (ama-PCB), amaphaneli elanga, imiboniso, ngisho nezinto zokupakisha. Le ndlela yenziwa kusetshenziswa izinhlelo eziklanyelwe ngokukhethekile zamandla aphezulu ezibanzi ze-UV LED, ezinikeza ukuvezwa okufanayo kuyo yonke indawo.   Izinhlelo zokusebenza zanamuhla embonini   Lezi zinhlelo zithuthukisa ukunemba, isivinini, nokusebenza kahle njengoba zifaka izinhlelo zokuchayeka kwe-UV ezibanzi. Ukwelashwa komhlaba kanye nezinqubo zokubopha kuzuze kakhulu kumakhono anamandla anikezwa izinhlelo zokuchayeka kwe-UV ezibanzi. Imininingwane eyengeziwe:   Ngenxa yokusetshenziswa kwamandla aphansi kanye nesikhathi sokuphila isikhathi eside samaphaneli we-UV LED, lezi zinhlelo zibiza kakhulu kwezomnotho futhi zinobungani bemvelo. Njengamanje, zisetshenziswa ekukhiqizeni i-elekthronikhi eyisisekelo, umhlangano wezimoto, ukuphrinta, kanye nokwakhiwa kwedivayisi yezokwelapha, phakathi kwabanye abaningi. Kuzilungiselelo zanamuhla zezimboni, ukukhishwa kwevolumu ephezulu ne-zero-defect kuyinkambiso, futhi lokhu kungatholakala ngokuchayeka kwe-UV kwendawo ebanzi. Ingasetshenziswa cishe kuzo zonke izinqubo zokukhiqiza zanamuhla futhi ingakwazi ukwenza imisebenzi efana nokumboza amabhodi wesifunda noma ukubopha ungqimba olubonakalayo.   Key Technologies in Wide-Beam UV Systems   Izinhlelo zamanje zine:   Amacala  Okusetshenziswa Kwezimboni Eziphambanweni Izinhlelo zokuchayeka kwe-UV zendawo ebanzi ziwela imikhakha ehlukene yezimboni, zenzelwe ukusiza ukufaka imisebenzi enamandla kodwa ephumelelayo yokwelashwa kwendawo.   Izidingo zokunemba namazinga okuphepha zihlangatshezwana nokuchayeka kwe-UV emikhakheni ehlukene. Kanye nezidingo zezimboni zanamuhla, ...

Njengoba nje igama layo lisikisela, idivaysi ye-UV ehlanganisiwe ilula, iphathekayo kalula, futhi inganikezwa amandla yibhethri noma ishaja ephathekayo. Ngaphezu kwalokho, idivayisi ingenza imisebenzi eminingi, njengokuphulukisa izinamathiselo, ukubulala inzalo, nokubulala amagciwane emoyeni noma amanzi. Ngakho-ke, ukwenza umshini usebenze ngokuningi. Ngokuya ngomkhakha womsebenzi, izinhlelo zingaba amadivaysi okuphulukisa i-UV etafuleni, amayunithi we-UV LED aphathekayo, noma amalambu e-ultraviolet aphathwayo.   Ngenxa yobukhulu bawo, amadivayisi aphathwayo ahlanganisiwe avame ukuntula ukusebenza okuphezulu; kodwa-ke, lokhu akunjalo njengoba lawa mayunithi aphathekayo asebenzisa ubuchwepheshe obuphezulu be-UV LED, obuqinisekisa ukuhlanganiswa okuhambisana namandla. UV LED Curing Device: The Most Efficient Compact UV Device   Idivayisi yokuphulukisa ye-UV LED ye-UVET yaziwa njengedivayisi engcono kakhulu ye-UV ehlanganisiwe ngenxa yokunemba nokuthembeka kwayo. Idizayini yayo yohlobo lwendandatho iqinisekisa ukuthi imisebe ye-UV iyunifomu ihanjiswa ngaphakathi kwendawo elawulwayo ye-Φ25-Φ50mm, elungele izinqubo zokuphulukisa ezigxile. Ngaphezu kwalokho, idivayisi iyakwazi ukukhipha ama-wavelengths we-365nm, 385nm, 395nm, no-405nm, ngaleyo ndlela iphakela izinto ezahlukahlukene ezizwela i-UV kanye nabaqali bezithombe. Inikeza impendulo enhle kakhulu yezimboni ezinezidingo eziqinile zokuhlanzeka nokungaguquguquki, njengomhlangano we-elekthronikhi, ukukhiqizwa kwedivayisi yezokwelapha, kanye ne-optoelectronics. Izici ezibalulekile: Izinzuzo zezimboni: Izinzuzo ze-Compact UV Technology 1. Ukuphatheka nokuguquguquka Amakamelo ahlanzekile, amahhovisi amazinyo, ngisho nezitezi zefektri zonke ziyakwazi ukwamukela izinhlelo ze-UV ezihlangene, okwenza la madivayisi abe wusizo ezimweni zeselula nasezindaweni zokusebenza ezivinjelwe. 2. Ukusebenza kahle kwamandla Izindleko ...

Ukuchaza ukukhethwa kwe-wavelength (365 - 405 nm) kudinga ukuqonda kwe-UV LED Systems, ikakhulukazi isimo sokusabalalisa ukukhanya. Lapha, ukusabalalisa ukukhanya kuphathelene nebanga phakathi kwamagagasi okukhanya. Ngakho-ke, ukuthola amandla aqondile, ukuhlanganiswa nezindawo ezithile, kanye nokusebenzisana kwe-365 - 405 nm nemisebe ye-UV kuyisikhundla sezicelo eziningi zobunjiniyela nezokwelapha. Kulesi simo, abaqali bezithombe zisebenza ngokumuncwa kwamandla e-UV, okuholela ezinqubweni eziyisisekelo zamakhemikhali ezifana:   • Ukumboza nokunamathisela i-photopolymerization •Ukubopha ezindaweni ezibonakalayo ku-optics ne-elekthronikhi.   • Inzalo ezinhlelweni zomoya namanzi (hhayi i-UV-C) • Ukuphulukisa ukunemba kuma-PCB Iyunithi ngayinye yamandla e-photonic ihlotshaniswa nezimo ezithile eziphathelene nokujula kokuphulukisa, ukunamathela, isikhathi sokuphendula, kanye nephrofayili yokushisa. Isibonelo, i-365nm ingena ngokujulile, kanti i-405nm ipholile futhi ithambile ezintweni ezibuthakathaka. Ukukhetha ubude be-wavelength ngaphakathi kokukhethwa kwe-Wavelength (365-405 nm) kubalulekile njengoba kuthuthukisa ukusebenza nokuhambisana kwezinto zokwakha nohlelo lokuphulukisa lwe-UV, kanye nokwakhiwa kohlelo.   Kungani lolu hlu? Izinzuzo zesikhathi esingu-365-405 nm? Leli bhendi libekwe ngobuchule maphakathi ne-UV-A futhi linomngcele ezifundeni ezibonakalayo zokukhanya eziseduze, ngakho-ke kuyasiza ekusetshenzisweni okuningi kwama-LED e-UV. Uhla lufinyelela ekuhlanganeni okuhle phakathi kwalezi zinto ezintathu: ukuchayeka nokusebenza kahle kwezinqubo ze-photochemical, ukuphulukiswa kwento, nokuphepha kwendawo ephathwayo. Nakhu ukuthi sihlaziya kanjani: • Ikhiqiza ama-photon anamandla aphezulu ngenkathi ikhipha imisebe emifushane ye-ultraviolet. •Ithuthukisa ukuphulukiswa okuphelele, ikakhulukazi uma usebenza ngaphansi kwesembozo esicacile. •Ilungele kakhulu ukubopha amandla aphezulu kwe-optical, izinamathiselo, ...