Amavidiyo
Zitholele umtapo wezincwadi wevidiyo we-TEYU ogxile kokupholile, onezinhlobonhlobo zemibukiso yohlelo lokusebenza kanye nezifundo zokulungisa. Lawa mavidiyo abonisa ukuthi ama-chillers embonini e-TEYU aletha kanjani ukupholisa okuthembekile kwama-lasers, amaphrinta e-3D, amasistimu aselabhorethri, nokunye, kuyilapho esiza abasebenzisi ukuthi basebenzise futhi bagcine ukupholisa kwabo ngokuzethemba.
I-TEYU WARM PROMPT——Kube khona ukushintshashintsha okukhulu kwezinga lokushisa lasentwasahlobo. Uma kwenzeka kuba ne-alamu yokugeleza kwe-industrial chiller, sicela uvale isibandisi ngokushesha ukuze uvimbele ukuthi iphampu ingashi. Okokuqala hlola ukuze ubone ukuthi iphampu yamanzi ifriziwe yini. Ungasebenzisa isiphephetha-moya sokushisisa bese usibeka eduze nendawo yokungena amanzi yepompo. Kufudumeze okungenani isigamu sehora ngaphambi kokuvula isiqandisi. Hlola ukuthi amapayipi amanzi angaphandle afriziwe yini. Sebenzisa ingxenye yepayipi ukuze "ufinyeze" i-chiller futhi uhlole ukuzijikeleza kwe-inlet yamanzi kanye nembobo yokuphuma. Uma unemibuzo, sicela uxhumane nethimba lethu langemva kokuthengisa kutechsupport@teyu.com.cn .
2023
03
17
Somlomo: Uthishanhloko wephrojekthi yokusika i-laser ye-myriawattOkuqukethwe: Sisebenzisa umshini wokusika we-laser ongu-40kW ukusika amashidi angu-200mm ensimbi engagqwali. Ukusika i-laser yaleli zinga le-myriawatt kubangela inselele ekulawuleni izinga lokushisa kwemishini ye-laser. Sithenge i-fiber laser chiller engu-40kW kwa-TEYU | S&A umenzi we-chiller. Kuwusizo kakhulu ekupholiseni imishini. Izishicileli zamanzi ze-TEYU zinhle kakhulu ekulawuleni izinga lokushisa kumishini ye-laser engu-10kW+. Amaphrojekthi ethu alandelayo ekusikeni amashidi aminyene asadinga ukwesekwa okwengeziwe okuvela kuwo.
2023
03
16
Qaphela! Okokucutshungulwa kwe-Thick Sheet Metal! S&A 30kW I-Fiber Laser Chiller Inikeza Ukulawula Isikhathi Esinembile Kwamadivayisi Elaser e-Myriawatt! QALA UHAMBO LWAKHO LOKUQUBUZA I-LASER YAMANDLA APHEZULU!Uma usika insimbi yeshidi eliwugqinsi ngelaser, woza uzobukela! S&A 30kW fibre laser chillers ayapholisa futhi alawule izinga lokushisa le-myriawatt laser yakho. Zinzisa ugongolo oluphumayo isikhathi eside, qinisekisa ikhwalithi yokusika insimbi yeshidi nokusebenza kahle, nikeza ukudlala okugcwele ngezinzuzo zamalaser anamandla amakhulu!
2023
03
10
S&A (TEYU) isikhilimu samanzi sezimboni singaphinda sisetshenziselwe ukulawula izinga lokushisa lemishini yokuqopha nge-laser nokuletha umphumela wokupholisa ozinzile. Ake sibukele ividiyo futhi sibone ukuthi uDaniel uphawulani mayelana nezibandisi zamanzi S&A (TEYU). Mhlawumbe i-laser chiller yethu ingasiza futhi umshini wakho wokuqopha we-laser ngendlela efanayo ~
2023
03
04
Ingabe ufuna ukwandisa ukusebenza kahle kokucubungula kokusika ipayipi? Kuvidiyo, uJack wabelana ngolwazi lwakhe lokwamukela ubuchwepheshe bokusika i-laser nokukhetha i-TEYU(S&A) i-laser water chiller ukuhlangabezana nama-oda anyusiwe!Isikhulumi: JackFeb 7, San DiegoIvidiyo: imboni yethu igxile kakhulu ekusikeni nasekucubunguleni izinto zamapayipi, ngenxa yesidingo esikhulayo sama-oda eminyakeni yamuva nje, sethule ubuchwepheshe bokusika i-laser futhi sisebenzisa i-TEYU ukulawula izinga lokushisa kwamanzi ezimbonini. Lokhu kuye kwathuthukisa kakhulu ukusebenza kahle kanye nekhwalithi yokusika.
2023
03
01
Namuhla, sizokufundisa umsebenzi wokushintshela kumodi yokushisa engashintshi yesekethe ye-chiller optics, ngesilawuli se-T-803A. Cindezela inkinobho ethi “Imenyu” imizuzwana emi-3 ukuze ufake ukulungiselelwa kwezinga lokushisa kuze kube yilapho iveza ipharamitha ye-P11. Bese ucindezela inkinobho ethi “phansi” ukuze ushintshe u-1 uye ku-0. Okokugcina, gcina futhi uphume.
2023
02
23
Ingabe i-imagined welder yakho inje: Izinhlansi zinkulu kakhulu. Ngizozishisa? Umsebenzi umane ungcolile futhi uyakhathaza... Ingabe akushisi ukugqoka izendlalelo eziningi kangaka usuku lonke? Umsebenzi kufanele ube nzima...S&A umshini wokushisela we-laser we-in-one ophathwa ngesandla, uza nezindlela ezimbili zokulawula izinga lokushisa, ugcina izinga lokushisa ngokunembile, uhlanganisa ngokushesha uhlelo lwe-laser kanye nekhanda le-laser welding, kulula futhi kulula ukuyisebenzisa, lisebenza kabanzi ezimweni ezihlukahlukene zokushisela. Lahla imvelo engcolile nengcolile ye-welding yendabuko, thuthukisa ukusebenza kahle kwe-welding, ngaleyo ndlela izinga lempilo lingathuthukiswa ngokuqhubekayo.
2023
02
20
Le vidiyo izokufundisa indlela yokukala i-voltage yokupholisa amandla embonini ngesikhathi esifushane.Qala ngokuvala isibandisi samanzi, bese ukhipha intambo yayo yamandla, uvule ibhokisi lokuxhuma likagesi, bese uxhuma i-chiller. Vula i-chiller, uma i-compressor isebenza, kala ukuthi ingabe i-voltage yentambo ephilayo nentambo emaphakathi ingu-220V.
2023
02
17
Awazi ukuthi ungalibheka kanjani izinga lokugeleza kwesekethe ye-laser ngesilawuli se-T-803A lokushisa? Le vidiyo ikufundisa ukuthi uyithole ngesikhathi esifushane!Okokuqala, vula i-chiller, bese ucindezela inkinobho yokuqalisa iphampu, isibonisi se-PUMP sivuliwe sisho ukuthi iphampu yamanzi iyasebenza. Cindezela inkinobho ukuze uhlole ipharamitha yokusebenza ye-chiller, bese ucindezela inkinobho ukuze uthole into engu-CH3, iwindi eliphansi libonisa izinga lokugeleza elingu-44.5L/min. Kulula ukuyithola!
2023
02
16
Le vidiyo izokufundisa ukuthi ungashintsha kanjani iphampu ye-DC engu- S&A industrial chiller 5200. Okokuqala ukucisha i-chiller, ukukhulula intambo kagesi, ukuqaqa indawo yokufaka amanzi, khipha indlu yensimbi yeshidi eliphezulu, uvule ivalve yokukhipha amanzi bese ukhipha amanzi ku-chiller, unqamule itheminali yepompo ye-DC, sebenzisa isikrufu esingu-7mm kanye nokukhipha isikulufu esiphambanayo, ukhiphe isikulufu esiphambanayo. igwebu, nqamula uthayi wekhebula lepayipi lepayipi lokungena amanzi, qaqa ipayipi lepayipi lepayipi lokuphuma amanzi, hlukanisa amapayipi amanzi nendawo yokuphuma nepompo, khipha iphampu yamanzi endala bese ufaka iphampu entsha endaweni efanayo, xhuma amapayipi amanzi nepompo entsha, qinisa ipayipi lokuphuma kwamanzi nge-clip yepayipi lepulasitiki, qinisa amantongomane okulungisa amanzi angu-4. Okokugcina, xhuma itheminali yentambo yephampu, futhi ukushintshwa kwephampu ye-DC ekugcineni kuqediwe.
2023
02
14
Iyini i-ultrafast laser processing? I-Ultrafast laser iyi-laser ye-pulse enobubanzi be-pulse yeleveli ye-picosecond nangaphansi. 1 picosecond ilingana no-10⁻¹² wesekhondi, isivinini sokukhanya emoyeni ngu-3 X 10⁸m/s, futhi kuthatha cishe imizuzwana engu-1.3 ukuthi ukukhanya kuhambe ukusuka eMhlabeni kuya eNyangeni. Ngesikhathi se-picosecond engu-1, ibanga lokunyakaza kokukhanya ngu-0.3mm. I-laser ye-pulse ikhishwa ngesikhathi esifushane kangangokuthi isikhathi sokusebenzisana phakathi kwe-laser ultrafast kanye nezinto zokwakha nazo zifushane. Uma kuqhathaniswa nokucutshungulwa kwe-laser yendabuko, umthelela wokushisa we-ultrafast laser processing mncane uma kuqhathaniswa, ngakho-ke ukucubungula kwe-laser okusheshayo kusetshenziswa kakhulu ukubhola, ukusika, ukuqopha ukwelashwa okungaphezulu kwezinto eziqinile neziphukayo ezifana nesafire, ingilazi, idayimane, isemiconductor, i-ceramics, asilicone, njll. S&A high-power & ultrafast laser chiller, enokulawula izinga lokushisa okuz
2023
02
13
I-Chip ingumkhiqizo wezobuchwepheshe owumongo enkathini yolwazi. Yazalwa ngohlamvu lwesihlabathi. Impahla ye-semiconductor esetshenziswe ku-chip yi-silicon ye-monocrystalline kanti ingxenye eyinhloko yesihlabathi i-silicon dioxide. Ukudlula ekuncibilikeni kwe-silicon, ukuhlanzwa, ukubunjwa kwezinga lokushisa eliphezulu kanye nokwelula okujikelezayo, isihlabathi siba induku ye-silicon ye-monocrystalline, futhi ngemva kokusika, ukugaya, ukusika, ukucwenga nokupholishwa, i-silicon wafer ekugcineni yenziwa. I-Silicon wafer iyinto eyisisekelo yokwenziwa kwe-semiconductor chip. Ukuze kuhlangatshezwane nezidingo zokulawulwa kwekhwalithi kanye nokuthuthukiswa kwenqubo nokwenza lula ukuphathwa nokulandelela ama-wafers ekuhlolweni okulandelayo kokukhiqiza nezinqubo zokupakisha, amamaki athile afana nezinhlamvu ezicacile noma amakhodi e-QR angaqoshwa ebusweni bewafa noma izinhlayiya zekristalu. Ukumaka nge-laser kusebenzisa uhlaka olunamandla amakhulu ukuze lukhanyise iwafa ngendlela engathinteki
2023
02
10
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