Izindaba Zemboni
Xhumana Nathi
Izindaba Zemboni
Hlola intuthuko kuzo zonke izimboni lapho ama-chiller embonini edlala indima ebalulekile, kusukela ekucutshungulweni kwe-laser kuye kokuphrinta kwe-3D, ezokwelapha, ukupakisha, nokunye.
Abantu abaningi badumisa ama-laser ngekhono lawo lokusika, ukushisela, nokuhlanza, okwenza abe ithuluzi elisebenziseka kalula. Ngempela, amandla ama-laser asemakhulu kakhulu. Kodwa kulesi sigaba sentuthuko yezimboni, kuvela izimo ezahlukahlukene: impi yamanani engapheli, ubuchwepheshe be-laser obubhekene nengqinamba, izindlela zendabuko eziya ziba nzima ukuzishintsha, njll. Ingabe sidinga ukubheka ngokuthula futhi sicabange ngezinkinga zentuthuko esibhekene nazo?
2023
06
02
TEYU i-fiber laser chiller CWFL-2000 ifakwe uhlelo lokulawula amazinga okushisa amabili, oluhlinzeka ngokupholisa okusebenzayo okusebenzayo kanye nomthamo omkhulu wokupholisa, iqinisekisa ukupholisa okuphelele kwezingxenye ezibalulekile emishinini yokuqinisa i-laser. Ngaphezu kwalokho, ifaka imisebenzi eminingi ye-alamu ukuqinisekisa ukusebenza okuphephile kwemishini yokuqinisa i-laser nokuthuthukisa ukusebenza kahle kokukhiqiza.
2023
05
25
Njengoba ubuchwepheshe buqhubeka nokuthuthuka, ukuphrinta kwe-3D kuye kwangena emkhakheni wezindiza, kudinga izidingo zobuchwepheshe eziqondile kakhulu. Isici esibalulekile esithinta ikhwalithi yobuchwepheshe bokuphrinta kwe-3D ukulawula izinga lokushisa, kanye ne-TEYU water chiller CW-7900 iqinisekisa ukupholisa okuhle kakhulu kwamaphrinta e-3D amarokhethi aphrintiwe.
2023
05
24
Ngokuthuthuka okuqhubekayo kobuchwepheshe be-picosecond laser, ama-infrared picosecond lasers manje aseyindlela ethembekile yokusika ingilazi enembile. Ubuchwepheshe bokusika ingilazi ye-picosecond obusetshenziswa emishinini yokusika i-laser kulula ukulawula, abuthintani, futhi bukhiqiza ukungcola okuncane. Le ndlela iqinisekisa imiphetho ehlanzekile, ukuma okuhle, kanye nomonakalo ophansi wangaphakathi, okwenza kube yisisombululo esidumile embonini yokusika ingilazi. Ukuze kusikwe i-laser ngokunemba okuphezulu, ukulawula izinga lokushisa kubalulekile ukuqinisekisa ukusika okuphumelelayo ekushiseni okucacisiwe. TEYU I-S&A CWUP-40 laser chiller ine-confidence control rate engu-±0.1℃ futhi ine-system yokulawula izinga lokushisa elikabili lokupholisa i-optics circuit kanye ne-laser circuit. Ihlanganisa imisebenzi eminingi yokubhekana nezinkinga zokucubungula ngokushesha, ukunciphisa ukulahlekelwa, kanye nokuthuthukisa ukusebenza kahle kokucubungula.
2023
04
24
Iningi lamaphrinta e-UV lisebenza kahle kakhulu ngaphakathi kuka-20℃-28℃, okwenza ukulawula izinga lokushisa okunembile ngemishini yokupholisa kubaluleke kakhulu. Ngobuchwepheshe bokulawula izinga lokushisa obunembile be-Chiller TEYU, amaphrinta e-inkjet e-UV angagwema izinkinga zokushisa ngokweqile futhi anciphise ngempumelelo ukuphuka kwe-inki kanye nama-nozzle avaliwe ngenkathi evikela iphrinta ye-UV futhi eqinisekisa ukuphuma kwayo kwe-inki okuzinzile.
2023
04
18
Ungayandisa kanjani impilo yenkonzo yamashubhu akho e-laser e-CO2 engilazi? Hlola usuku lokukhiqiza; faka i-ammeter; fakela umshini wokufudumeza wezimboni; uwagcine ehlanzekile; qapha njalo; qaphela ubuthakathaka bawo; waphathe ngokucophelela. Landela lokhu ukuze uthuthukise ukuzinza nokusebenza kahle kwamashubhu akho e-laser e-CO2 engilazi ngesikhathi sokukhiqizwa ngobuningi, ngaleyo ndlela wandise impilo yawo.
2023
03
31
Ukushisela nge-laser kanye nokushisela nge-laser kuyizinqubo ezimbili ezihlukene ezinezimiso zokusebenza ezihlukene, izinto ezisebenzayo, kanye nezicelo zezimboni. Kodwa uhlelo lwabo lokupholisa "i-laser chiller" lungafana - TEYU I-CWFL series fiber laser chiller, ukulawula izinga lokushisa okuhlakaniphile, ukupholisa okuzinzile nokuphumelelayo, kungasetshenziswa ukupholisa kokubili imishini yokushisela nge-laser kanye nemishini yokushisela nge-laser.
2023
03
14
Ubuchwepheshe be-laser buthuthuke ngokushesha eminyakeni embalwa edlule. Kusukela ku-nanosecond laser kuya ku-picosecond laser kuya ku-femtosecond laser, busetshenziswe kancane kancane ekukhiqizeni kwezimboni, buhlinzeka ngezixazululo zazo zonke izindlela zokuphila. Kodwa kungakanani okwaziyo ngalezi zinhlobo ezintathu zama-laser? Lesi sihloko sizokhuluma ngezincazelo zazo, amayunithi okuguqula isikhathi, izinhlelo zokusebenza zezokwelapha kanye nezinhlelo zokupholisa amanzi abandayo.
2023
03
09
Ukusetshenziswa kwemakethe kwama-laser asheshayo emkhakheni wezokwelapha kusanda kuqala, futhi kunethuba elikhulu lokuthuthuka okuqhubekayo. TEYU uchungechunge lwe-CWUP lwe-ultrafast laser chiller lunokunemba kokulawula izinga lokushisa okungu-±0.1°C kanye nomthamo wokupholisa ongu-800W-3200W. Lungasetshenziswa ukupholisa ama-laser asheshayo ezokwelapha angu-10W-40W, ukuthuthukisa ukusebenza kahle kwemishini, ukwandisa isikhathi semishini, kanye nokukhuthaza ukusetshenziswa kwama-laser asheshayo emkhakheni wezokwelapha.
2023
03
08
Izinto zokusetshenziswa zamakhadi okuhlola i-antigen e-COVID-19 ziyizinto ze-polymer ezifana ne-PVC, i-PP, i-ABS, kanye ne-HIPS. Umshini wokumaka i-laser ye-UV uyakwazi ukumaka izinhlobo ezahlukene zombhalo, izimpawu, namaphethini ebusweni bamabhokisi namakhadi okuthola i-antigen. TEYU I-UV laser marking chiller isiza umshini wokumaka ukumaka amakhadi okuhlola i-antigen e-COVID-19 ngokuzinzile.
2023
02
28
Ukusika kwendabuko akusakwazi ukwanelisa izidingo futhi kuthathelwa indawo ukusika nge-laser, okuwubuchwepheshe obuyinhloko embonini yokucubungula insimbi. Ubuchwepheshe bokusika nge-laser bunokunemba okuphezulu kokusika, isivinini sokusika esisheshayo kanye nendawo yokusika ebushelelezi nengenama-burr, ukonga izindleko futhi kusebenza kahle, kanye nokusetshenziswa okubanzi. I-S&A laser chiller ingahlinzeka ngemishini yokusika/yokuskena nge-laser ngesisombululo sokupholisa esithembekile esinezinga lokushisa elingaguquki, ugesi ohlala njalo kanye ne-voltage engaguquki.
2023
02
09
Yiziphi izingxenye eziyinhloko zomshini wokushisela nge-laser? Ngokuyinhloko uqukethe izingxenye ezi-5: i-laser welding host, i-laser welding auto workbench noma uhlelo lokunyakaza, i-work fixture, i-view system kanye ne-cooling system (i-industrial water chiller).
2023
02
07
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