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I-TEYU S&A Chiller ngumvelisi we-chiller onamava eminyaka engama-24 ekuyileni, ekuveliseni nasekuthengiseni ii-laser chillers . Besigxile kwiindaba zamashishini ahlukeneyo e-laser afana nokusika i-laser, ukuwelda nge-laser, ukumakisha nge-laser, ukukrola nge-laser, ukuprinta nge-laser, ukucoca nge-laser, njl. Ukutyebisa nokuphucula inkqubo ye-TEYU S&A chiller ngokweemfuno zokupholisa izixhobo ze-laser kunye nezinye izixhobo zokucubungula, sibanika i-chiller yamanzi yemizi-mveliso ekumgangatho ophezulu, esebenza kakuhle kwaye inobuhlobo nokusingqongileyo.
Oomatshini bokukrola nge-laser banemisebenzi yokukrola nokusika kwaye basetyenziswa kakhulu kwimveliso eyahlukeneyo yemizi-mveliso. Oomatshini bokukrola nge-laser abasebenza ngesantya esiphezulu ixesha elide bafuna ukucocwa nokugcinwa imihla ngemihla. Njengesixhobo sokupholisa somatshini wokrola nge-laser, i-chiller nayo kufuneka igcinwe imihla ngemihla.
2022
06
20
Ukupholisa amanzi kugubungela lonke uluhlu lwamandla olunokuphunyezwa zii-CO₂ lasers. Kwinkqubo yokwenyani yemveliso, umsebenzi wokulungisa ubushushu bamanzi we-chiller uhlala usetyenziselwa ukugcina izixhobo ze-laser zikwinqanaba elifanelekileyo lobushushu ukuqinisekisa ukusebenza okuqhubekayo nokuzinzileyo kwezixhobo ze-laser.
2022
06
16
Kwiimeko zokusetyenziswa okusebenzayo, iimfuno zokucubungula i-laser kwiimveliso ezininzi eziqhelekileyo kwimveliso yemizi-mveliso zingaphakathi kwe-20 mm, ekwinqanaba le-laser enamandla ukusuka kwi-2000W ukuya kwi-8000W. Ukusetyenziswa okuphambili kwe-laser chillers kukupholisa izixhobo ze-laser. Ngokufanayo, amandla agxininiswe kakhulu kumacandelo aphakathi naphezulu.
2022
06
15
Kule vidiyo, amaqabane e-S&A apholisa izixhobo zawo ze-laser ngee-S&A chillers kumboniso wamazwe ngamazwe. I-S&A inamava eminyaka engama-20 ekwenzeni ii-chillers kwaye iyaqhubeka nokuphuhlisa nokubonelela abasebenzisi ngeemveliso kunye neenkonzo ezisemgangathweni ophezulu, kwaye ithandwa kakhulu kwaye ithenjwa luninzi lwabavelisi bezixhobo ze-laser.
2022
06
13
Iilaser zisetyenziswa kakhulu ekucutshungulweni kwelaser yemizi-mveliso efana nokusika ilaser, ukuwelda ngelaser, kunye nokumakishwa kwelaser. Phakathi kwazo, iilaser zefayibha zezona zisetyenziswa kakhulu kwaye zivuthiweyo ekucutshungulweni kwemizi-mveliso, nto leyo ekhuthaza uphuhliso lwemizi-mveliso yelaser yonke. Iilaser zefayibha ziphuhliswa kwicala leelaser ezinamandla aphezulu. Njengeqabane elifanelekileyo lokugcina ukusebenza okuzinzileyo nokuqhubekayo kwezixhobo zelaser, ii-chillers nazo ziphuhliswa zisiya kumandla aphezulu ngeelaser zefayibha.
2022
06
13
Umatshini wokusika i-laser usebenzisa i-laser processing, xa kuthelekiswa nomatshini wokusika wendabuko, iingenelo zawo zikwimeko yokuchaneka okuphezulu, isantya sokusika esikhawulezayo, ukunqunyulwa okuthambileyo ngaphandle kwe-burr, ipateni yokusika eguquguqukayo, kunye nokusebenza kakuhle kokusika. Umatshini wokusika i-laser sesinye sezixhobo ezifunekayo kwimveliso yemizi-mveliso. Ii-S&A chillers zinokubonelela ngesiphumo sokupholisa esizinzileyo kumatshini wokusika i-laser, kwaye azikhuseli kuphela i-laser kunye nentloko yokusika kodwa ziphucula nokusebenza kakuhle kokusika kwaye zandise ukusetyenziswa komatshini wokusika.
2022
06
11
Emva kokuba ipleyiti yesinyithi idlule kwiinkqubo ezininzi ezifana nokusika nge-laser, ukugoba, ukutshiza ngokuchasene nomhlwa, kunye nokuprinta iipateni, le sheet metal ye-S&A chiller ebukekayo neyomeleleyo yenziwe. Le sheet chiller yamanzi ye-S&A ekumgangatho ophezulu ikwathandwa ngakumbi ngabathengi ngenxa yebhokisi yayo entle neyomeleleyo yesheet metal.
2022
06
10
Yenye yeempazamo eziqhelekileyo apho i-chiller epholisiweyo ngamanzi ingapholi. Indlela yokusombulula le ngxaki? Okokuqala, kufuneka siqonde izizathu zokuba i-chiller ingapholi, size emva koko sisombulule ngokukhawuleza impazamo ukuze sibuyisele ukusebenza okuqhelekileyo. Siza kuhlalutya le mpazamo kwiinkalo ezisi-7 size sikunike izisombululo.
2022
06
09
Isixhobo sokutshiza esiphawula nge-laser siya kudibana neempazamo ezithile xa sisetyenziswa. Xa imeko enjalo isenzeka, kufuneka senze izigqibo ngexesha elifanelekileyo size sisuse iimpazamo, ukuze isixhobo sokutshiza siqalise ukupholisa ngokukhawuleza ngaphandle kokuchaphazela imveliso. Iinjineli ze-S&A zishwankathele ezinye zezizathu, iindlela zokusombulula iingxaki, kunye nezisombululo zee-alamu zokuhamba kwamanzi kuwe.
2022
06
08
I-S&A Chiller inamava okugcina iifriji avuthiweyo, iziko lophando nophuhliso lwefriji elingangeemitha zesikwere ezili-18,000, umzi-mveliso wesebe onokubonelela ngesinyithi kunye nezixhobo eziphambili, kwaye usete imigca emininzi yemveliso. Kukho imigca emithathu ephambili yemveliso, oko kukuthi umgca wemveliso wemodeli eqhelekileyo ye-CW series, umgca wemveliso we-laser series ye-CWFL fiber, kunye nomgca wemveliso we-laser series ye-UV/Ultrafast. Le migca mitsathu yemveliso ihlangabezana nomthamo wokuthengisa wonyaka wee-chiller ze-S&A ezidlula iiyunithi ezili-100,000. Ukususela ekuthengweni kwecandelo ngalinye ukuya kuvavanyo lokuguga kwezixhobo eziphambili, inkqubo yemveliso ingqongqo kwaye icwangcisiwe, kwaye umatshini ngamnye uvavanyiwe ngokungqongqo ngaphambi kokuba ushiye umzi-mveliso. Esi sisiseko sokuqinisekiswa komgangatho wee-chiller ze-S&A, kwaye kukwalukhetho lwezizathu ezibalulekileyo zabathengi abaninzi zedomeyini.
2022
06
07
Umatshini wokumakisha nge-laser unokwahlulwahlulwa ube ngumatshini wokumakisha nge-laser yefayibha, umatshini wokumakisha nge-laser ye-CO2 kunye nomatshini wokumakisha nge-laser ye-UV ngokweentlobo ezahlukeneyo ze-laser. Izinto eziphawulwe zezi ntlobo zintathu zoomatshini bokumakisha zahlukile, kwaye neendlela zokupholisa nazo zahlukile. Amandla aphantsi awadingi ukupholisa okanye asebenzisa ukupholisa ngomoya, kwaye amandla aphezulu asebenzisa ukupholisa okubandayo.
2022
06
01
I-industrial chiller sisixhobo esixhasayo sokufrijisa izixhobo ze-spindle, izixhobo zokusika kunye nokumakisha nge-laser, esinokubonelela ngomsebenzi wokuphola. Siza kuhlalutya umgaqo wokusebenza ngokweentlobo ezimbini ze-industrial chillers, i-industrial chiller echitha ubushushu kunye ne-industrial chiller efrijini.
2022
05
31
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