I-CO2 laser yasungulwa ngo-1964 futhi ingabizwa ngokuthi“kudala” ubuchwepheshe be-laser. Esikhathini eside impela, i-CO2 laser yaba isidlali esikhulu ekucubunguleni, emikhakheni yocwaningo lwezokwelapha noma lwesayensi. Kodwa-ke, ngokufika kwe-fiber laser, isabelo semakethe se-CO2 laser sesincane futhi sincane. Ukusika insimbi, i-fiber laser ingena esikhundleni selaser ye-CO2, ngoba ingamuncwa kangcono yizinsimbi futhi ingabizi kakhulu. Mayelana nokumaka nge-laser, i-CO2 laser yayivame ukuba amathuluzi amakhulu okumaka. Kodwa eminyakeni embalwa edlule, ukumaka kwe-laser ye-UV kanye nokumaka kwe-fiber laser sekuye kwaduma kakhulu. Ukumaka kwe-laser ye-UV ikakhulukazi "kubonakala sengathi" kancane kancane kungena esikhundleni sokumaka i-CO2 laser, ngoba inomphumela wokumaka obucayi, indawo encane ethinta ukushisa kanye nokunemba okuphezulu futhi yaziwa ngokuthi“ukucubungula okubandayo”. Ngakho yiziphi izinzuzo ezifanele zalezi zinhlobo ezimbili zamasu okumaka nge-laser?
Inzuzo yokumaka CO2 laser
Ngawo-80-90s, i-CO2 laser yavuthwa kakhulu futhi yaba ithuluzi eliyinhloko ekusetshenzisweni. Ngenxa yokusebenza kahle okuphezulu kanye nekhwalithi enhle ye-laser beam, ukumaka kwe-CO2 laser kube indlela evamile yokumaka. Kusebenza ukusebenza ezinhlotsheni ezahlukene zokungewona izinsimbi, okuhlanganisa izinkuni, ingilazi, izindwangu, ipulasitiki, isikhumba, itshe, njll futhi isetshenziswa kabanzi ekudleni, emithini, kwe-electronics, kwi-PCB, ezokuxhumana ngeselula, ezokwakha nezinye izimboni. I-CO2 laser iyilaser yegesi futhi isebenzisana nezinto zisebenzisa amandla e-laser futhi ishiya ukumaka unomphela endaweni ebonakalayo. Lokhu kwaba ukushintshwa okukhulu kokuphrinta kwe-inkjet, ukuphrinta usilika nezinye izindlela zokuphrinta zendabuko ngaleso sikhathi. Ngomshini wokumaka we-CO2 laser, uphawu lokuhweba, usuku, uhlamvu kanye nomklamo othambile kungamakwa endaweni ebonakalayo.
Inzuzo yokumaka kwe-UV laser
I-UV laser iyi-laser ene-355nm wavelength. Ngenxa yobude bayo obufushane be-wavelength kanye ne-pulse emincane, ingakhiqiza indawo encane kakhulu okugxilwe kuyo futhi ihlale iyindawo encane ethinta ukushisa, ekwazi ukucubungula ngokunembile ngaphandle kokuguquka. Ukumaka kwe-laser ye-UV kusetshenziswa kakhulu kuphakheji yokudla, iphakheji yemithi, iphakheji yezimonyo, ukumaka kwe-laser ye-PCB / ukubhala / ukubhoboza, ukubhola kwe-laser yengilazi nokunye.
UV laser V.S. I-CO2 laser
Kuzinhlelo zokusebenza ezidinga ukunemba, njengengilazi, i-chip ne-PCB, i-UV laser ngokungangabazeki iyindlela yokuqala. Ngokucutshungulwa kwe-PCB ikakhulukazi, i-UV laser ithathwa njengenketho engcono kakhulu. Kusukela ekusebenzeni kwemakethe, i-UV laser ibonakala idlula i-CO2 laser, ngoba umthamo wayo wokuthengisa ukhula ngesivinini esisheshayo. Lokho kusho ukuthi isidingo sokucutshungulwa okunembayo siyakhula.
Nokho, lokho akukwenzi’kusho ukuthi i-CO2 laser ayilutho. Okungenani okwamanje, intengo yelaser ye-CO2 emandleni afanayo ishibhe kakhulu kunelaser ye-UV. Futhi kwezinye izindawo, i-CO2 laser ingenza okuthile ezinye izinhlobo zamalaser ezingakwazi ukuyenza. Ini’Ngaphezu kwalokho, ezinye izinhlelo zokusebenza zingasebenzisa i-CO2 laser kuphela. Ukucutshungulwa kwepulasitiki, isibonelo, kungathembela kuphela ku-CO2 laser.
Nakuba i-laser ye-UV iya ivame kakhulu, i-CO2 laser yendabuko nayo iyathuthuka. Ngakho-ke, ukumaka kwe-laser ye-UV kunzima ukukubuyisela ngokuphelele ukumaka kwe-CO2 laser. Kodwa njengemishini eminingi yokucubungula i-laser, umshini wokumaka we-laser we-UV udinga usizo oluvela kubaqandisi bamanzi abapholile ukuze balondoloze ukunemba kokucubungula, ukusebenza okuvamile kanye neminyaka yokuphila.
S&A I-Teyu ithuthukisa futhi ikhiqize i-RMUP, CWUL kanye ne-CWUP uchungechunge lwama-chiller amanzi apholile afanele ukupholisa amalaser angu-3W-30W UV. Uchungechunge lwe-RMUP luwumklamo we-rack mount. I-CWUL& Uchungechunge lwe-CWUP luyidizayini ezimele yodwa. Zonke zibonisa ukuzinza okuphezulu kwezinga lokushisa, ukusebenza kokupholisa okuzinzile, imisebenzi eminingi ye-alamu kanye nosayizi omncane, okuhlangabezana nezidingo zokupholisa ze-laser ye-UV.
Yini ukuqina kwe-chiller okungathinta ukuphuma kwe-laser kwe-laser ye-UV?
Njengoba sonke sazi, uma izinga lokushisa liphezulu ukuzinza kwe-chiller, ukulahlekelwa ukukhanya kwe-UV laser kuyoba kuncipha, okunciphisa izindleko zokucubungula futhi kunwebe iminyaka yokuphila kwama-laser e-UV. Ini’Ngaphezu kwalokho, umfutho wamanzi ozinzile we-air cooled chiller ungasiza ukwehlisa ingcindezi evela epayipini le-laser futhi ugweme ibhamuza. S&A I-Teyu air cooled chiller iklame ngendlela efanele ipayipi kanye nomklamo ohlangene, onciphisa ibhamuza, uzinzise ukuphuma kwe-laser, andise impilo yesevisi ye-laser futhi esiza ukwehlisa izindleko kubasebenzisi. Ivame ukusetshenziswa ekumaka ngokunemba, ukumaka ingilazi, i-micro-machining, i-wafer cutting, ukuphrinta kwe-3D, ukumakwa kwephakheji lokudla nokunye. Thola imininingwane ye S&A I-Teyu UV laser air cooled chiller ku-https://www.chillermanual.net/uv-laser-chillers_c4
