Izindaba Zokubhebhana

Uyazi ukuthi imibala yensimbi ecwebezelayo yama-chiller e-S&A TEYU yenziwa kanjani? Impendulo ukuphrinta nge-laser ye-UV! Amaphrinta e-laser e-UV athuthukisiwe asetshenziselwa ukuphrinta imininingwane efana nelogo ye-TEYU/S&A kanye nemodeli ye-chiller ku-water chiller sheet metal, okwenza ukubukeka kwe-water chiller kukhanye kakhudlwana, kukhange amehlo, futhi kuhluke emikhiqizweni engeyiyo. Njengomkhiqizi we-chiller wokuqala, sinikeza inketho kumakhasimende yokwenza ngokwezifiso ukuphrinta kwelogo ku-sheet metal.

Kunezinhlobo ezingaphezu kuka-100 [1000000] zama-chiller ezimboni ze-S&A atholakalayo, ahlangabezana nezidingo zokupholisa zemishini ehlukahlukene yokumaka i-laser, imishini yokusika, imishini yokuqopha, imishini yokushisela, imishini yokunyathelisa... TEYU Ama-chiller ezimboni ze-S&A ahlukaniswe kakhulu ngezigaba ezi-6, okungukuthi ama-chiller e-fiber laser, ama-chiller e-laser aphathwa ngesandla, ama-chiller e-laser e-CO2, ama-chiller e-laser e-ultrafast kanye ne-UV, ama-chiller amanzi ezimboni kanye nama-chiller apholile ngamanzi.

Umshini wokumaka i-laser ye-CO2 usebenza ngokusebenzisa i-gas laser enobude be-infrared obungu-10.64μm. Ukuze kuxazululwe izinkinga zokulawula izinga lokushisa ngomshini wokumaka i-laser ye-CO2, ama-laser chiller e-S&A CW Series TEYU avame ukuba yisisombululo esifanele.

Izinga lokushisa lokukhipha ugesi lingenye yemingcele ebalulekile; Izinga lokushisa lokuvunda liyipharamitha ebalulekile yokusebenza emjikelezweni wokuqandisa; Izinga lokushisa le-compressor casing kanye nezinga lokushisa lefektri kuyimingcele ebalulekile edinga ukunakwa okukhethekile. Lezi mingcele zokusebenza zibalulekile ekuthuthukiseni ukusebenza kahle kanye nokusebenza okuphelele.

Ama-laser anamandla aphezulu avame ukusebenzisa ukuhlanganiswa kwemisebe ye-multimode, kodwa amamojula amaningi anciphisa ikhwalithi yemisebe, okuthinta ukunemba kanye nekhwalithi yobuso. Ukuqinisekisa umkhiqizo osezingeni eliphezulu, ukunciphisa inani lamamojula kubalulekile. Ukwandisa ukuphuma kwamandla kwemojula eyodwa kubalulekile. Ama-laser emojula eyodwa angu-10kW+ enza kube lula ukuhlanganiswa kwe-multimode ngamandla angu-40kW+ nangaphezulu, okugcina ikhwalithi yemisebe emihle kakhulu. Ama-laser aqinile abhekana namazinga aphezulu okuhluleka kuma-laser e-multimode yendabuko, evula iminyango yokuphumelela emakethe kanye nezigcawu ezintsha zohlelo lokusebenza.TEYU Ama-laser chiller e-S&A CWFL-Series anomklamo oyingqayizivele weziteshi ezimbili ongapholisa kahle imishini yokusika i-fiber laser engu-1000W-60000W. Sizohlala sinolwazi ngama-laser aqinile futhi siqhubeke nokulwela ukwenza kahle ukuze sisize ochwepheshe be-laser abaningi ekuxazululeni izinselele zabo zokulawula izinga lokushisa, okufaka isandla ekukhuliseni ukusebenza kahle kwezindleko kanye nokusebenza kahle kwabasebenzisi bokusika i-laser. Uma ufuna izixazululo zokupholisa nge-laser , sicela uxhumane nethimba lethu lokuthengisa ku-sales@teyuchiller.com .

Isimiso sokusika nge-laser: ukusika nge-laser kuhilela ukuqondisa umsebe we-laser olawulwayo ephepheni lensimbi, okubangela ukuncibilika nokwakheka kwechibi elincibilikisiwe. Insimbi encibilikisiwe imunca amandla engeziwe, isheshise inqubo yokuncibilika. Igesi enomfutho ophezulu isetshenziselwa ukuphefumula izinto ezincibilikisiwe, idale umgodi. Umsebe we-laser uhambisa umgodi eceleni kwezinto, wakhe umthungo wokusika. Izindlela zokubhoboza nge-laser zifaka phakathi ukubhoboza kwe-pulse (imigodi emincane, umthelela omncane wokushisa) kanye nokubhoboza kwe-blast (imigodi emikhulu, ukuchitheka okuningi, okungafanele ukusika ngokunemba). Isimiso sokuqandisa se-laser chiller yomshini wokusika nge-laser: uhlelo lokuqandisa lwe-laser chiller luyapholisa amanzi, futhi iphampu yamanzi iletha amanzi okupholisa aphansi emshinini wokusika nge-laser. Njengoba amanzi okupholisa esusa ukushisa, ayashisa futhi abuyele ku- umshini wokuphola we-laser , lapho ipholiswa khona futhi bese ithuthwa ibuyiselwe emshinini wokusika nge-laser.

I-Condenser iyisici esibalulekile se-industrial water chiller. Sebenzisa isibhamu somoya ukuhlanza njalo uthuli nokungcola ebusweni be-chiller condenser, ukuze unciphise ukusabalala kokushisa okubi okubangelwa izinga lokushisa elikhuphukile le-industrial chiller condenser. Njengoba ukuthengiswa kwaminyaka yonke kudlula amayunithi angu-120,000, i-S&A Chiller ingumlingani othembekile wamakhasimende emhlabeni jikelele.

TEYU i-fiber laser chiller CWFL-2000 iyidivayisi yokubanda esebenza kahle kakhulu. Kodwa kwezinye izimo ngesikhathi sokusebenza kwayo, ingase ibangele i-alamu yokushisa kwamanzi ephezulu kakhulu. Namuhla, sikunikeza isiqondiso sokuthola ukwehluleka ukukusiza ukuthi ufinyelele emnyombweni wenkinga futhi ubhekane nayo ngokushesha.

Ungayikhetha Kanjani I-Laser Chiller Efanele Umshini Wakho Wokuhlanza I-Fiber Laser ongu-6000W? Kuhilela ukucabangela izici ezimbalwa, njengomthamo wokupholisa i-chiller, ukuqina kwezinga lokushisa, indlela yokupholisa, uhlobo lwe-chiller, njll.

Uma uthola ukuthi umphumela wokupholisa we-laser chiller awunelisi, kungenzeka ukuthi kungenxa yokunganeli kwe-refrigerant. Namuhla, sizosebenzisa i-TEYU S&A rack-mounted fiber laser chiller RMFL-2000 njengesibonelo ukukufundisa ukuthi ungayishaja kanjani kahle i-laser chiller refrigerant.

Ngesikhathi sokusetshenziswa kwe-chiller yasehlobo, izinga lokushisa lamanzi eliphakeme kakhulu noma ukwehluleka kokupholisa ngemva kokusebenza isikhathi eside kungase kubangelwe ukukhethwa kwe-chiller okungalungile, izici zangaphandle, noma ukungasebenzi kahle kwangaphakathi kwe-chiller yamanzi yezimboni. Uma uhlangabezana nanoma yiziphi izinkinga ngenkathi usebenzisa i-chillers ye-S&A TEYU, sicela ungangabazi ukuxhumana nethimba lethu lenkonzo yamakhasimende ku-service@teyuchiller.com ukuze uthole usizo.

Ama-chiller ezimboni zesikhathi esizayo azoba mancane, abe nobungane nemvelo, futhi ahlakaniphe kakhulu, ahlinzeke ngokucubungula kwezimboni ngezinhlelo zokupholisa ezilula nezisebenzayo. TEYU izibophezele ekuthuthukiseni ama-chiller asezingeni eliphezulu, asebenzayo, futhi anobungane nemvelo, anikeze amakhasimende isisombululo esiphelele sokulawula ukubanda kanye nokushisa!