I-CO2 laser yaqanjwa ngo-1964 kwaye inokubizwa ngokuba yindlela "yamandulo" yelaser. Ngexesha elide kakhulu, i-CO2 laser yayingoyena mdlali uphambili ekusetyenzweni, kwezonyango okanye kuphando lwenzululwazi. Nangona kunjalo, ngokufika kwe-fiber laser, isabelo semarike ye-CO2 laser siye saba sincinci kwaye sincinci. Ukusika isinyithi, i-fiber laser ithatha indawo ye-laser ye-CO2, kuba inokufunxwa ngcono ngeentsimbi kwaye ayibizi kakhulu. Ngokumalunga nokumakishwa kwe-laser, i-CO2 laser yayisetyenziselwa izixhobo eziphambili zokumakisha. Kodwa kule minyaka imbalwa idlulileyo, ukuphawulwa kwe-laser ye-UV kunye nokumakishwa kwe-fiber laser kuye kwathandeka ngakumbi. Ukumakishwa kwe-laser ye-UV ngokukodwa "kubonakala ngathi" ngokuthe ngcembe kuthathe indawo yokumakishwa kwe-CO2 laser, kuba inesiphumo sokumakisha esithambileyo, indawo encinci echaphazela ubushushu kunye nokuchaneka okuphezulu kwaye yaziwa ngokuba "yinkqubo ebandayo". Ke ziziphi iingenelo ezifanelekileyo kwezi ntlobo zimbini zeendlela zokumakisha laser?
I-Advanteji yokumakishwa kwe-laser CO2
Kwi-80-90s, i-CO2 laser yakhula kakhulu kwaye yaba sisixhobo esiphambili kwisicelo. Ngenxa yokusebenza okuphezulu kunye nomgangatho olungileyo we-laser beam, uphawu lwe-CO2 laser lwaba yindlela eqhelekileyo yokumakisha. Isebenza kwiindidi ezahlukeneyo zeentsimbi, kubandakanya umthi, iglasi, impahla, iplastiki, isikhumba, ilitye, njl. I-CO2 laser yi-laser yegesi kwaye isebenzisana nezinto ezisebenzisa amandla e-laser kwaye ishiya uphawu olusisigxina kumphezulu wezinto eziphathekayo. Olu yayilutshintsho olukhulu loshicilelo lwe-inkjet, ushicilelo lwesilika kunye nobunye ubuchule bokushicilela bemveli ngelo xesha. Ngomatshini wokumakisha we-CO2 we-laser, uphawu lokuthengisa, umhla, umlingiswa kunye noyilo oluthambileyo lunokuphawulwa kumphezulu wezinto eziphathekayo.
I-Advanteji yokumakishwa kwe-laser ye-UV
I-laser ye-UV yilaser ene-355nm wavelength. Ngenxa yobude bayo obufutshane kunye ne-pulse emxinwa, inokuvelisa indawo encinci kakhulu ekugxilwe kuyo kwaye ihlale yeyona ndawo incinci echaphazela ubushushu, ekwaziyo ukusetyenzwa ngokuchanekileyo ngaphandle koguquko. Ukumakishwa kwe-laser ye-UV kusetyenziswa ngokubanzi kwiphakheji yokutya, iphakheji yamayeza, iphakheji yokwenza, i-PCB laser marking / scribing / drilling, i-glass laser drilling njalo njalo.
UV laser VS CO2 laser
Kwizicelo ezifunwa kakhulu ngokuchanekileyo, njengeglasi, itshiphu kunye nePCB, i-laser ye-UV ngokungathandabuzekiyo lukhetho lokuqala. Ukusetyenzwa kwe-PCB ngokukodwa, i-laser ye-UV ithathwa njengeyona ndlela ilungileyo. Ukususela ekusebenzeni kweemarike, i-laser ye-UV ibonakala igqithisa i-CO2 laser, kuba umthamo wayo wokuthengisa ukhula ngesantya esikhawulezayo. Oko kuthetha ukuba imfuno yokulungiswa okuchanekileyo iyanda.
Nangona kunjalo, oko akuthethi ukuba i-CO2 laser ayinanto. Ubuncinci okwangoku, ixabiso le-CO2 laser kumandla afanayo litshiphu kakhulu kune-laser ye-UV. Kwaye kwezinye iindawo, i-CO2 laser inokwenza ezinye iintlobo zeelaser ezingenakwenza. Ngaphezu koko, ezinye izicelo zinokusebenzisa i-CO2 laser kuphela. Ukusetyenzwa kweplastiki, umzekelo, kunokuthembela kuphela kwi-CO2 laser.
Nangona i-laser ye-UV ixhaphake ngakumbi, i-laser ye-CO2 yendabuko nayo yenza inkqubela phambili. Ke ngoko, ukumakishwa kwe-laser ye-UV kunzima ukubuyisela ngokupheleleyo uphawu lwe-CO2 laser. Kodwa njengoninzi lwezixhobo zokusetyenzwa kwelaser, umatshini wokumakisha we-laser we-UV ufuna uncedo oluvela kumoya opholileyo wokupholisa amanzi ukuze kugcinwe ukuchaneka kokusetyenzwa, ukusebenza okuqhelekileyo kunye nexesha lokuphila.
S&A I-Teyu iphuhlisa kwaye ivelise i-RMUP, i-CWUL kunye ne-CWUP uchungechunge lwezitshizi zomoya ezipholileyo zilungele ukupholisa i-3W-30W UV lasers. Uthotho lwe-RMUP luyilo lwe-rack mount. Uthotho lweCWUL kunye neCWUP luyilo oluzimeleyo. Zonke zibonisa ukuzinza okuphezulu kweqondo lokushisa, ukusebenza okuzinzile kokupholisa, imisebenzi emininzi ye-alamu kunye nobukhulu obuncinci, ukuhlangabezana neemfuno zokupholisa ze-laser ye-UV.
Yintoni enokuchaphazela uzinzo lwe-laser ye-laser ye-UV?
Njengoko sonke sisazi, okukhona uphezulu uzinzo lobushushu be-chiller, ilahleko encinci yokubona kwe-laser ye-UV iya kuba, enciphisa iindleko zokusetyenzwa kunye nokwandisa ixesha lokuphila kwee-lasers ze-UV. Ngaphezu koko, uxinzelelo lwamanzi oluzinzileyo lwe-chiller yomoya olupholileyo lunokunceda ukunciphisa uxinzelelo olusuka kumbhobho welaser kwaye uthintele iqamza. S&A I-Teyu yomoya opholileyo we-chiller uyilwe ngokufanelekileyo umbhobho kunye noyilo oludibeneyo, olunciphisa i-bubble, lizinzisa ukuphuma kwe-laser, ukwandisa ubomi benkonzo ye-laser kwaye inceda ukunciphisa iindleko kubasebenzisi. Ngokuqhelekileyo isetyenziselwa ukuphawula ngokuchanekileyo, ukuphawula iglasi, i-micro-machining, i-wafer cut, i-3D yokushicilela, ukumakisha iphakheji yokutya njalo njalo. Fumana iinkcukacha ze S&A Teyu UV laser air cooled chiller at https://www.chillermanual.net/uv-laser-chillers_c4
