Molo bahlobo, nali ithuba lokusondela ku-S&A Chiller~S&UMvelisi weChiller uya kuzimasa i-SPIE PhotonicsWest 2023, i-optics enempembelelo yehlabathi. & Umsitho wetekhnoloji yefoto, apho unokudibana neqela lethu ngokobuqu ukuze ujonge itekhnoloji entsha, uhlaziyo olutsha lwe-S.&I-chiller yamanzi kwimizi-mveliso, fumana iingcebiso zobungcali, kwaye ufumane isisombululo esifanelekileyo sokupholisa izixhobo zakho zelaser. S&I-Laser Ultrafast & I-UV Laser Chiller CWUP-20 kunye ne-RMUP-500 ezi zimbini zipholileyo zikhaphukhaphu ziya kuboniswa kwi #SPIE #PhotonicsWest ngoJan. 31-Feb. 2. Ndizakukubona eBOOTH #5436!

Emva kokubukela i-CWUP-40 yangaphambili yoVavanyo lwe-Chiller Temperature Stability, umlandeli wachaza ukuba ayichanekanga ngokwaneleyo kwaye wacebisa ukuvavanya ngomlilo ovuthayo. S&I-Chiller Engineers yamkele ngokukhawuleza le ngcamango ilungileyo kwaye yalungiselela "HOT TORREFY" amava kwi-chiller CWUP-40 ukuvavanya ± 0.1℃ ukuzinza kobushushu. Okokuqala ukulungisa ipleyiti ebandayo kwaye udibanise i-chiller yokungena kwamanzi & imibhobho yokuphuma kwimibhobho yepleyiti ebandayo. Layita i-chiller kwaye usete ubushushu bamanzi ku-25℃, emva koko uncamathisele i-2 thermometer probes kwindawo yokungena amanzi kunye nokuphuma kwepleyiti ebandayo, ulumeke umpu wedangatye ukutshisa ipleyiti ebandayo. I-chiller iyasebenza kwaye amanzi ajikelezayo ngokukhawuleza asusa ubushushu kwipleyiti ebandayo. Emva kokutshiswa kwemizuzu emi-5, iqondo lobushushu lamanzi e-chiller linyuka liye kutsho malunga ne-29℃ kwaye alinakuphinda linyuke phantsi komlilo. Emva kwemizuzwana eli-10 ukucima umlilo, indawo yokungena epholileyo kunye neqondo lobushushu lokukhupha amanzi ngokukhawuleza lehla ukuya kutsho malunga ne-25℃, umahluko wobushushu uzinzile.

Kutshanje, umntu othanda i-laser processing uthenge amandla aphezulu kunye ne-ultrafast S&I-laser chiller CWUP-40. Emva kokuba beyivulile ipakethe emva kokufika kwayo, bakhulula izibiyeli ezimiselweyo kwisiseko ukuvavanya ukuba uzinzo lobushushu beli chiller linokufikelela ku-±0.1℃. Umfana ukhulula i-cap yokungena kwamanzi kwaye ugcwalise amanzi ahlambulukileyo kuluhlu ngaphakathi kwendawo eluhlaza yesalathisi somgangatho wamanzi. Vula ibhokisi lokudibanisa umbane kwaye udibanise intambo yombane, faka iipayipi kwindawo yokungena kwamanzi kunye ne-outlet port kwaye udibanise kwikhoyili elahliwe. Beka icoil kwitanki yamanzi, beka enye iqondo lobushushu kwitanki yamanzi, kwaye uncamathisele enye kuqhagamshelo phakathi kombhobho wokukhupha amanzi we-coil kunye nechweba lokungena lamanzi ecoil ukubona umahluko wobushushu phakathi kwendawo yokupholisa kunye namanzi aphumayo aphumayo. Vula i-chiller kwaye usete ubushushu bamanzi kwi-25 ℃. Ngokutshintsha ubushushu bamanzi etankini, amandla okulawula ubushushu be-chiller angavavanywa. Emva

iinkqubo Industrial chiller yenye yezona zixhobo zisetyenziswa kakhulu kwizicelo zoshishino kunye nelebhu. Kodwa wazi kangakanani ngabo? Namhlanje, siza kuthetha malunga neziseko zenkqubo ye-industrial chiller.

Isikhenkcezisi sesinye sezona zinto ziphambili kwinkqubo yokukhenkceza kwimizi-mveliso evaliweyo ye-loop water chiller. Yinto eyehla kwisigaba sotshintsho ukusuka kulwelo ukuya kwirhasi ize ibuye kwakhona ukuze iqonde ifriji.

Ukuza kuthi ga ngoku, abavelisi bamanzi apholileyo kwimizi-mveliso sele bebodlula abenzi bomatshini bomatshini wokusika ifayibha.

Ukuze ugcine izinto ezingundoqo ngaphakathi koomatshini bokubumba inaliti ekutshiseni ngokugqithisileyo, kwakufuneka athenge ishumi elinesibini lemizi-mveliso epholileyo yokupholisa amanzi ukuze iphole.

UMnu. Jackson ngumphathi wokuthenga wenkampani yombane esekwe eMelika kwaye inkampani yakhe isebenzisa iiyunithi ezingama-20 zoomatshini bokuwelda i-laser kwimveliso. Kutshanje ebefuna ukufumana umthengisi omtsha weyunithi yesikhenkcisi samanzi efrijini.

Namhlanje, oomatshini bokusika ifayibha laser bafumana uphuhliso olukhawulezayo. Ukusuka kuphando lwenyanga ukuya kubathengi be-elektroniki, ubuchule bokusika i-laser buntywiliselwe nzulu kuyo yonke inkalo yobomi bethu.

Enye yezinto eziphambili zefomati encinci yomshicileli we-UV ngumthombo wokukhanya we-UV LED. Ngomthombo wokukhanya we-UV we-LED ubaluleke kakhulu, ifomathi encinci abavelisi beprinta ye-UV kufuneka bathelekise ngakumbi ababoneleli bemithombo yokukhanya ye-UV ye-UV ngaphambi kokuba benze isigqibo sokuthenga.

Isixhobo selaser yonyango sisebenzisa i-picosecond laser njengomthombo welaser kwaye njengoko sonke sisazi, i-picosecond laser yeye-ultra-fast solid-state laser kwaye ifuna ulawulo oluzinzileyo lobushushu.