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Digital printing has rows of applications beyond printing: packaging, industrial decoration, printing on electronic devices, signage, and even customized manufacturing. In line with the growing number of uses, greater performance demands are now placed on Coating and Ink Curing. Current printing rates are faster than ever, enabling thinner and more complex substrates to be printed on with higher resolution. Stronger binding adhesion requires curing systems with precise and consistent energy deliver control. Unlike most drying processes, UV curing is a photochemical process. Certain UV inks and coatings are formulated with photoinitiators. When cured, UV energy initiates a reaction wherein liquid materials are transformed into solid forms. The curing process directly impacts adhesion, hardness, chemical resistance, and the long-term strength of printed materials. Why Precise Coating and Ink Curing Control Is Essential in Digital Printing In modern infrastructure, increasing UV capacity on curing units is the least of the challenges. Effective Coating and Ink Curing requires effective thermal management, control of the irradiated area, irradiation time, intensity, and wavelength. Inkjet Printers The inkjet printing process uses printing heads that deposit multiple passes of ink on a given substrate. Each layer of ink must be fully cured prior to subsequent printing or ...

Printing on PET, PVC, BOPP, PP film, synthetic paper, and other thermally sensitive media creates a narrow processing window. The ink must polymerize sufficiently for adhesion and abrasion resistance, while the substrate must remain dimensionally stable enough to maintain registration, web tension, and finishing accuracy. For this reason, UV LED Printing Curing should be treated as a controlled energy-delivery process rather than simply a high-power UV exposure step. Lamp geometry, scan overlap, working distance, ink thickness, substrate mass, cooling, and exposure sequence all influence the temperature history of the printed surface. Why Thin Substrates Develop Thermal Distortion A thin film has much less thermal mass than glass, metal, or rigid board. Even a moderate amount of absorbed energy can therefore produce a rapid surface-temperature rise. The resulting defect is not always obvious immediately after curing. Thermal stress may appear as: •   Transverse or machine-direction shrinkage; •   Edge curl after repeated print passes; •   Web-tension instability; •   Color-to-color registration drift; •   Distorted labels after die cutting; •   Wrinkling during lamination or rewinding. The problem becomes more severe with oriented films because their dimensional behavior depends not only on instantaneous temperature but also on residual stresses created during film stretching and manufacturing. ...

Isithombe sikhombisa izindlela ezintathu ezihlukene zokuphulukisa i-UV LED, ngayinye yenzelwe izinhlelo zokusebenza ezithile. Ake ngiphule lapho indlela ngayinye yenza umqondo kakhulu: Spot UV LED Curing Ilungele izinhlelo zokusebenza ezinemba ezidinga ukwelashwa okuhlosiwe: Izinzuzo ezibalulekile: Ukulawula okuqondile, ukudluliswa okuncane kokushisa ezindaweni ezizungezile, ukusebenza kahle kwamandla (70-80% kagesi ongaphansi kwezinhlelo ezivamile), kanye nekhono lokuvula / ukuvala okusheshayo. Area (Flood) UV LED Curing Kungcono kakhulu ukuphulukisa iyunifomu ezindaweni eziyisicaba noma eziyisicaba: Izinzuzo ezibalulekile: Ngisho nokukhanyisa ezindaweni ezinkulu (imvamisa i-4 "×4" kuya ku-12 "× 12"), ukudlula okuphezulu kwezinto eziyisicaba, imiphumela engaguquguquki, nokuhlanganiswa okulula ezinhlelweni zokuhambisa ukucubungula okuqhubekayo. Chamber UV LED Curing Eyona nto ingcono kakhulu emikhiqizweni eyinkimbinkimbi enamacala amathathu: Izinzuzo ezibalulekile: Ukuchayeka kwe-360 ° ukuqeda izinkinga zesithunzi, imvelo elawulwayo yemiphumela engaguquguquki, ikhono lokucubungula i-batch enamashalofu amaningi, futhi asikho isidingo sokujikeleza izingxenye ngesikhathi sokuphulukisa. Izindlela zokukhetha Lapho ukhetha phakathi kwalezi zindlela, cabanga: Ukucatshangelwa Kwezimali: Izindleko eziphansi zokuqala → Ukwelashwa kwendawo Izindleko zokuqala ezilinganiselwe zezindawo ezinkulu → ukuphulukiswa kwendawo Izindleko eziphakeme zokuqala kodwa zincishisiwe zabasebenzi → ukwelashwa kweChamber Zontathu lezi zindlela zinikeza izinzuzo ezinkulu zemvelo ngaphezu kwezinhlelo zendabuko ezisuselwa ku-mercury, kufaka phakathi ukusebenza okungenayo i-mercury, ukukhiqizwa kwe-ozone okuncishisiwe, ukukhishwa okuphansi kwe-VOC, kanye nesikhathi sokuphila esingaphezu kwamahora ayi-10,000 uma kuqhathaniswa namahora ayi-1,000-2,000 amalambu ajwayelekile e-UV.

Uhlelo lokuphulukisa lwe-UV olujwayelekile luyinethiwekhi yamamojula wokukhanya we-UV axhunyiwe adalwe ukuthi asetshenziswe ekwelapheni izimboni. Lezi zinhlelo zihlanganisa ubuchwepheshe bokwelapha i-UV obusekwe ku-LED namamojula we-UV asuselwa ku-LED, okuvumela abakhiqizi ukuthi balungiselele i-footprint yokuphulukisa izidingo zabo zokukhiqiza. Izici eziyinhloko zohlelo lwe-UV lwe-modular yilezi: Izici ezinjalo ezintsha zenza uhlelo lwe-UV lwe-modular lilungele ukusetshenziswa lapho kudingeka khona ukuphulukiswa okuphezulu kwe-UV, imijikelezo yokukhiqiza esheshayo, nokusebenza kwezomnotho kokwelashwa kwe-UV. How Modular UV Systems Work? Inqubo yokuphulukisa ye-UV ejwayelekile isuselwa kumqondo wokuphulukisa imisebe ye-UV, lapho ukukhanya kwe-ultraviolet kwenza kusebenze inqubo yokuxhumanisa nokuphulukisa i-resin ekugqokeni, okunamathiselayo, noyinki. Uma kuqhathaniswa nokuphulukiswa kokushisa kwendabuko, ukuphulukiswa kwe-UV okusheshayo, ukonga amandla, futhi kungaphulukisa emazingeni okushisa ajwayelekile. Inqubo yokwelapha kufanele ifake: Ngamamojula amaningana ahlanganiswe ndawonye, izimboni zingasebenzisa imigqa yokuphulukisa eguquguqukayo engashintshwa kuma-substrates ahlukahlukene afana nensimbi, ipulasitiki kanye nebanga lezokwelapha. Ukusebenza kahle kwezinhlelo ze-UV ze-modular zezimboni Lezi zinhlelo ze-UV zingakhula noma zinciphise ngokuya ngezidingo zokukhiqiza. Kungakhathalekile ukuthi ukuvezwa kwe-PCB, ukuphulukiswa kweyinki, noma ukumboza, abakhiqizi bazokwazi ukwenza ngezifiso ukusetha ngezidingo zabo. Lezi zinhlelo zinikeza ngisho ukusatshalaliswa kwamandla, ukunemba ekwelapheni i-UV, nokuqina, okuhamba ibanga elide ekunciphiseni ukukhubazeka ekwelapheni nasekuthuthukiseni ikhwalithi yokukhiqiza. Izinhlelo ze-modular ze-UV LED zisebenzisa amandla amancane uma kuqhathaniswa nezibani zendabuko ze-UV, ezisindisa ekusetshenzisweni kwamandla futhi zisenesikhathi sokomisa ngokushesha. Ikhwalithi ephezulu kanye nekhwalithi esheshayo yokuphulukisa i-UV ivumela ...

Ukuphulukiswa kwendawo ngokunemba ukusetshenziswa okulawulwayo kokukhanya kwe-UV okugxile endaweni ethile, engaba nosayizi omncane njengamamilimitha ambalwa. Le ndlela ivumela: Zonke lezi zici zenza imishini yokuphulukisa ngokunemba ibalulekile kulezo zimboni lapho iphutha elincane lithinta ikhwalithi yemikhiqizo. Ubuchwepheshe bokuphulukisa indawo ye-LED buvumela abakhiqizi ukuthi bathole ukungaguquguquki kwemijikelezo yokuphulukisa ye-UV ngokuqina okungaguquguquki nokuthembeka kwe-micro-spot curing kuwo wonke umjikelezo wokukhiqiza. Izinzuzo zobuchwepheshe ze-Precision Spot Curing Imishini yamanje yokuphulukisa eqondile ye-UV LED isebenzisa ama-chip-on-board UV LED amasha kanye nemiklamo emincane yokuphulukisa ugongolo lwe-ultraviolet ukuhlinzeka ngamandla agxile ekwelapheni ngempumelelo. Izinzuzo zobuchwepheshe yilezi: Yonke le ntuthuko yezobuchwepheshe yenze ukunemba kwendawo kube ukukhetha okufanelekile kwezinhlelo zokusebenza ezihlanganisa ukukhiqizwa ngobuningi bezimboni, kuze kufike emhlanganweni omncane wengxenye okumele ikhiqizwe ngokunemba okukhulu. Ukusetshenziswa kwe-Precision Spot Curing embonini Uhlu lwezimboni lapho kungasetshenziswa khona izinhlelo zokuphulukisa indawo ngokunemba lubanzi impela; luhlanganisa i-elekthronikhi, amadivayisi wezokwelapha, izimoto, kanye nokubopha kwe-optical. Ukuphulukiswa ngokunemba kwe-elekthronikhi kubalulekile ukuhlinzeka ngokunamathela okuzinzile kwezingxenye ze-elekthronikhi nokuqeda. Ukuphulukiswa kwendawo ye-PCB- Ukwelashwa kwendawo ye-UV kusetshenziselwa ukwelapha okunamathisela emabhodini wesifunda ayinkimbinkimbi ngaphandle kokuveza ezinye izingxenye. Ukuphulukiswa kwe-Spotlight okususelwa kuma-LED kunika amandla imiphumela esheshayo futhi ephindaphindwayo, ebaluleke kakhulu emigqeni yokukhiqiza ngesivinini esikhulu. Imishini yezokwelapha idinga izinhlelo zokuphulukisa ngokunemba okukhulu lapho kuqinisekiswa i-biocompatibility nobuqotho. Ukuphulukiswa kwendawo ye-UV yemishini yezokwelapha kuyadingeka ukubopha izingxenye ezincane nezibucayi, futhi ukuphulukiswa okunemba kokushisa okuphansi kuyadingeka ...

Ukuphulukiswa kwe-UV LED yokuphrinta kwe-offset ye-sheetfed kuyindlela esebenzisa amandla okuphulukisa i-UV LED ukwenza lukhuni ama-inks we-UV kanye ne-UV coatings / varnish ngokushesha kumshini wokucindezela we-offset. Lo mhlahlandlela uhlanganisa izinketho ezisebenzayo zokusetha, ukuthi i-LED-UV retrofit ivame ukubandakanya, izindleko kanye nezici ze-ROI okufanele uzihlele, nokuthi "imiphumela yangempela" ibukeka kanjani ekuqedeni ukuphrinta-ikakhulukazi mayelana nokuncishiswa kwe-spray powder, izinkinga ezimbalwa ze-setoff / zokumaka, nokuphathwa okusheshayo kwe-post-press esitaki sokulethwa. Ibhalelwe amaqembu egumbi lokucindezela, abaphathi bokukhiqiza, nabanikazi abafuna ukwenza izinqumo ngokususelwa ekuxubeni komsebenzi kanye namaqiniso okuhlanganiswa kwabezindaba (hhayi i-hype). Uma umusha esihlokweni, qala nge UV LED ukwelapha ukuphrinta offset. Kuyini ukuphulukiswa kwe-UV LED ku-Sheetfed Offset Printing? Ukuphulukiswa kwe-UV LED ku-sheetfed offset inqubo yokusebenzisa ukukhanya kwe-UV LED ukuqala i-photopolymerization kuma-inki aphulukiswe ngamandla kanye ne-UV varnish ukuze ifilimu ye-inki iphuluke (iqine) kunokuba "yome" kancane kancane. Lowo mehluko ubaluleke ngoba ukuphulukisa vs ukomisa kushintsha ukuhamba kwakho kokukhiqiza: amashidi angaphathwa, afakwe, futhi aqedwe ngokushesha ngengozi encane yezinkinga zokuvimbela ukusetha. Kumshini wokucindezela we-lithography, ukuphulukisa kuvame ukwenzeka eduze kokulethwa kokucindezela (noma phakathi kwamayunithi), lapho isivinini sokucindezela, iwindi lokuphulukisa, nezidingo zokumelana nokuhlikihla zihlangabezana nokuphathwa komhlaba wangempela. I-glossary esheshayo iyasiza: ukuphulukisa umthamo (amandla alethwe), ukukhanya (ukuqina), ubude be-wavelength (i-LED output band), kanye ne-setoff (ukudluliswa kweyinki esitabeni). Ukuze uthole ukwakheka kwesinqumo, bheka khetha ukuphulukiswa kwe-UV ye-LED ...

Ukuhlolwa

Ukuvuselela umugqa wokukhiqiza okhona ukusebenzisa ubuchwepheshe besimanje be-ultraviolet kuyisinyathelo samasu esibandakanya okungaphezu kokushintshaniswa kwengxenye elula. Kwaphela iminyaka eminingi, izibani ze-mercury arc zazijwayelekile embonini, kepha ukushayela ukulawulwa kwenqubo engcono nokusebenza kahle kwamandla kuhambisa abakhiqizi ezixazululweni eziqinile. Lo mhlahlandlela uchaza amaqiniso obuchwepheshe we-mercury UV kuya ku-LED UV retrofit, ukugqamisa izinguquko okufanele uzenze kumakhemikhali akho, ukupholisa nokulawula. Ngokulungiselela ukushintshwa kwe-spectral kanye nezidingo zokuhlanganiswa kwemishini, ungaqinisekisa ukuthi ushintsho lwakho lugcina izindinganiso zakho zekhwalithi ngenkathi uthuthukisa isikhathi sakho sokusebenza. Kusho ukuthini ukubuyisela emuva kusuka ku-Mercury UV kuya ku-LED UV? Ukubuyisela emuva kusuka ku-mercury UV kuya ku-LED UV kusho ukufaka esikhundleni sendabuko ye-mercury arc ukuphulukisa izibani ngezinhlelo ze-UV LED ngenkathi ugcina okuningi kwemishini yakho yokukhiqiza ekhona. Ugxile ekuthuthukiseni umthombo wokukhanya, ukunikezwa kwamandla, nokulawula izixhumanisi kunokuthi wakhe kabusha yonke i-conveyor yakho noma ucindezele kusuka ekuqaleni. Ngenkathi imishini eyisisekelo ihlala ifana, "injini" yokuphulukisa ibhekana nokuguqulwa okuphelele. Uthatha indawo ye-high-voltage ballast kanye nezindlu zezibani ezinkulu ngama-compact LED arrays nabashayeli bedijithali. Le nqubo idinga ukuhlolwa kwezobuchwepheshe komugqa wakho wamanje ukuqinisekisa ukuthi amakhanda amasha e-LED angafakwa ngokomzimba futhi ahlanganiswe nge-elekthronikhi ku-PLC yakho ekhona noma i-logic yomshini. Kungani Izinkampani Zicabanga Ukuhamba Kude neMercury UV Izinkampani zicabanga ukusuka ku-mercury UV ngenxa yokusetshenziswa kwamandla, izidingo zesondlo, isikhathi sokushisa, nokucatshangelwa kwemvelo. Uzothola ukuthi izibani zendabuko ...

Ukuphulukiswa kwe-UV LED kwamalebula wemikhono yokunciphisa inqubo esebenzisa ama-diode akhipha ukukhanya (ama-LED) ukomisa ngokushesha ama-inks nokumbozwa ngaphandle kokukhiqiza ukushisa okukhulu kwe-infrared okuhambisana nezibani zendabuko ze-mercury arc. Lobu buchwepheshe "bokwelapha abandayo" bubalulekile emikhono yokuncipha ngoba izinto ze-substrate - njenge-PETG, i-PVC, noma i-OPS - zizwela kakhulu ukushisa futhi zithambekele ekunciphiseni noma ekuhlanekezeni ngaphambi kwesikhathi uma zivezwa emazingeni okushisa aphezulu ngesikhathi sokuphrinta. Ngokushintshela ku-UV LED, abaguquli bangasebenzisa ukucindezela ngesivinini esiphezulu, banciphise ukusetshenziswa kwamandla kuze kufike ku-50-70%, futhi baqede ubungozi befilimu eyonakele ukushisa, ukuqinisekisa ukuqedwa okungaguquguquki, okusezingeni eliphakeme kokupakisha. Kungani ukuphathwa kokushisa kubalulekile ku-Shrink Sleeves Imikhono ye-Shrink yenzelwe ukwenza lokho okushiwo igama labo: ukuncipha lapho kuvezwa ukushisa. Lesi sici senza ukuphrinta kubo kube yisenzo esibucayi sokulinganisa. Uma uhlelo lokuphulukisa emshinini we-flexographic lukhipha ukushisa okukhulu, ifilimu ingaqala ukuncipha ngaphambi kokuba isetshenziswe ebhodleleni noma esitsheni. Izibani zendabuko ze-mercury vapor zikhipha ububanzi obubanzi bokukhanya, kufaka phakathi inani elikhulu lamandla e-infrared (IR), ahumusha ngqo ukushisa. Lokhu kuvame ukuphoqa amaphrinta ukuthi asebenzise imiqulu ebandayo ngamandla amakhulu noma anciphise ijubane lokucindezela ukuvimbela iwebhu ekuhlanekezeni. Ngokuphambene nalokho, izinhlelo zokuphulukisa ze-UV LED zikhipha ibhande elincane lamandla e-UV (imvamisa i-385nm noma i-395nm) ngokukhishwa kwe-IR okunganakiwe. Lokhu kuvumela ukuphathwa kwewebhu okuzinzile ngisho nakumabhayisikobho amancane, abucayi. Ukuze ubheke kabanzi ukuthi lokhu kungena kanjani ku-ecosystem ebanzi ...

Uhlelo lokuphulukisa oluhambisayo lwe-UV LED ngumshini wezimboni osebenzisa ama-diode akhipha ukukhanya (ama-LED) ukomisa ngokushesha noma ukuqinisa izinamathiselo, ama-inks, nokugqoka emikhiqizweni ehamba ngebhande eliqhubekayo. Ngokungafani nezibani ze-mercury zendabuko ezithembele ekushiseni nasekukhanyeni okubanzi, izinhlelo ze-UV LED zisebenzisa ama-wavelengths athile "okuphulukisa abandayo," ukunciphisa kakhulu ukusetshenziswa kwamandla nokuvimbela ukulimala okushisayo ezintweni ezibucayi. Kulesi siqondiso, uzofunda: Isebenza kanjani i-UV LED Conveyor Curing System? Ngokuyinhloko, le nqubo incike ekuphenduleni kwamakhemikhali okubizwa ngokuthi i-photopolymerization. Lapho ukukhanya kwe-UV kushaya izinto eziwuketshezi (inki, ukunamathela, noma ukumboza), kusebenze ama-photoinitiators anqamula ama-polymers ngokushesha, aphendule uketshezi lube yinto eqinile. Uhlelo oluhambisayo lulinganisa le nqubo yokukhiqizwa ngobuningi ngezingxenye ezintathu ezibalulekile: 1. I-LED Array (Umthombo Wokukhanya) Esikhundleni se-bulb eyodwa, lezi zinhlelo zisebenzisa uchungechunge lwama-chips e-LED aphezulu. Lawa ma-chips akhipha ibhendi elincane, le-monochromatic lokukhanya kwe-UV (isib, ncamashi i-365nm). Lokhu kunemba kuvumela ukukhanya okuphezulu kwe-peak (W / cm²) ngaphandle kokushisa kwe-infrared okuchithwa okwenziwe yizinhlelo ezindala. 2. Conveyor Mechanism & Speed Control Ukungaguquguquki kubalulekile ekulawuleni ikhwalithi. Ibhande elihambisayo lihambisa imikhiqizo ngaphansi komthombo wokukhanya ngesivinini esilawulwa ngokuqinile, esivame ukulawulwa yi-variable frequency drive (VFD). Lokhu kuqinisekisa ukuthi ingxenye ngayinye ithola "umthamo" ofanayo wamandla (kulinganiswa ku-mJ / cm²). 3. Ukuphathwa Okushisayo Yize ama-LED agijima epholile kunama-mercury bulbs, ama-chips ngokwawo akhiqiza ukushisa okumele kuhlakazeke ukuze kugcinwe ukuqina. UV LED vs. Mercury ...

Ukusetshenziswa kokuhlolwa kwe-UV ye-LED sekuyindlela eyisisekelo yekhwalithi yomkhiqizo, ukuphepha, nokuqinisekiswa kokuthembeka kuzilungiselelo zamanje zezimboni nezentengiselwano. Ngokungafani nezindlela ezijwayelekile zokuhlola, ukuhlolwa kwe-UV LED kuyindlela yokuhlola enembile, esebenza kahle futhi engabhubhisi (i-NDT), lapho izimboni zingakwazi khona ukuba khona kwamaphutha, ukukhubazeka, nokungahambisani ngesilinganiso esisheshayo nesinembile. Ebangeni lokuhlolwa kwelabhoratri kuya ekukhiqizeni okukhulu, ukuhlolwa kokukhanya kwe-UV ye-LED, nobuchwepheshe be-UV LED, ukuhlolwa kubalulekile ekuqinisekiseni ikhwalithi, ukwenziwa kwamaphutha angaphezulu, nokulungiswa kwezimboni. Ukuthuthukiswa kwezibani zokuhlola ze-LED nezinhlelo zeselula kunikeza ukuguquguquka kochwepheshe ngoba bangenza ukuhlolwa cishe kunoma iyiphi imvelo. Kuyini ukuhlolwa kwe-LED UV? Kuyinqubo lapho inqubo yokuhlola isebenzisa ukukhanya kwe-UV LED ukukhanyisa indawo, izinto zokwakha, nezingxenye ukuze kukhonjiswe ukukhubazeka okungabonakali ngezimo ezijwayelekile zokukhanyisa. Amaphutha angaba ngesimo semifantu, imihuzuko, izikhala, noma ukungcola komhlaba okungathinta ubuqotho bemikhiqizo. Izibani zokuhlola ze-UV LED zikhiqiza ukukhanya kwe-ultraviolet kwama-wavelengths aqondile, imvamisa ebangeni le-365nm, elisebenzisana nezinto noma amalebula we-fluorescent ukukhomba ukukhubazeka. Indlela yokuhlola isibani se-LED UV yaziswa kakhulu ekuhlolweni kwe-UV yezimboni, ukuhlolwa okungabhubhisi, nokusetshenziswa kokulawula ikhwalithi ngoba ayibhubhisi izinto ezihlolwayo. Isebenza kanjani Ikhono lokwenza ukuhlolwa kwe-UV ye-LED lizobandakanya ikhono lokuqonda ukuthi ukukhanya kwe-UV kusebenzisana kanjani nezindawo okufanele zihlolwe. Ukukhanya kwe-UV: Isibani sokuhlola ukukhanya kwe-UV ukukhanya okugxilile okukhishwa ngaphezulu kobuso yi-LED. Ukusabela kwe-Fluorescence: Amaphutha amaningi nokungcola kungase kubonakale lapho kungaphansi kwemisebebe ye-UV, ukuze kubonakale. Ukutholwa Nemibhalo: Lezi zimpendulo ezikhazimulayo zisetshenziswa ngabahloli ...

Ukusetshenziswa kwesibani se-UV sokubamba isibhamu sekuyingxenye ebalulekile ekusetshenzisweni kwanamuhla kwezimboni nezentengiselwano zokuphulukisa i-UV njengendlela esheshayo, enembile futhi enokwethenjelwa. Lawa ngamadivaysi aphathwayo asetshenziswa ekukhiqizeni i-elekthronikhi, imishini yezokwelapha, ukubopha amazinyo, nasekulungiseni izimoto ukuhlinzeka ngokulula okungenakuqhathaniswa, isivinini, nokunemba. Zisebenza kanjani izibani ze-UV ze-Pistol Grip Ubuchwepheshe bokunamathisela obusebenzayo bokukhanya busemgogodleni wanoma yisiphi isibani se-UV sokubamba. Amalambu e-UV LED akhipha ama-wavelengths athile (365nm, 385nm, 395nm, 405nm) futhi aqale ukuxhumanisa okuphambaniswa kokunamathisela, okwakha amanethiwekhi aqinile e-polymer. I-photopolymerization yenqubo yokuphulukisa ifaka: Izibani ze-UV ezisezingeni eliphakeme zivame ukuba nokusebenze kwe-UV okusheshayo, ukulawulwa komthamo wamandla, kanye nokukhanya okusatshalaliswa ngokulinganayo ukufeza ukusebenza kahle okuphezulu kokuphulukisa kanye nesikrini sokushisa okuzwela ukushisa. Izinzuzo ezinkulu ze-Pistol Grip UV Lamps I-Ergonomic UV lap ene-pistol grip inika amandla opharetha ukuthi agxile ezingxenyeni ezithile zomzimba ngakho-ke isetshenziswa kangcono ekulungisweni kwengxenye eqondile, ukubopha indawo, kanye nesisombululo esisheshayo sokulungisa i-UV. Inani elikhulu lamalambu okuphulukisa i-UV alula, anikwe amandla ebhethri, futhi angathwalwa noma kuphi ukuze asetshenziswe njengethuluzi lesibhamu sokuphulukisa i-UV elabhorethri, i-workshop, noma ukulungiswa kwesayithi. Imiklamo engenantambo ingasetshenziselwa ukuthola ukuphulukiswa kwe-UV LED ezindaweni ezincane noma amayunithi eselula. Izibani zokubamba i-piston zinokuphulukiswa okusheshayo ngokukhiqizwa kokushisa okuphansi kusetshenziswa ubuchwepheshe be-UV LED. Kuyasiza ikakhulukazi emhlanganweni we-elekthronikhi we-UV, ukubopha idivayisi yezokwelapha, kanye nezicelo zokulungisa imoto lapho ukushesha nokunemba kubalulekile. Izibani ze-UV ezisuselwa ku-LED zanamuhla ...