I-laser ye-CO2 yasungulwa ngo-1964 kwaye inokubizwa ngokuba yindlela ye-laser "yakudala". Kwixesha elide, i-laser ye-CO2 yayingumdlali ophambili kwicandelo lokucubungula, uphando lwezonyango okanye lwesayensi. Nangona kunjalo, ngokufika kwe-laser yefayibha, isabelo semarike se-laser ye-CO2 siye saba sincinci ngokugqithisileyo. Kwindlela yokusika isinyithi, i-laser yefayibha ithatha indawo ye-laser ye-CO2, kuba inokufunxwa ngcono ziintsimbi kwaye ingabizi kakhulu. Ngokuphathelele ukumakisha nge-laser, i-laser ye-CO2 yayiyeyona zixhobo ziphambili zokumakisha. Kodwa kwiminyaka embalwa edlulileyo, ukumakisha nge-laser ye-UV kunye nokumakisha nge-laser yefayibha kuye kwathandwa ngakumbi. Ukumakisha nge-laser ye-UV ngokukodwa "kubonakala ngathi" kuthatha indawo yokumakisha nge-laser ye-CO2 kancinci kancinci, kuba inesiphumo sokumakisha esibuthathaka ngakumbi, indawo encinci echaphazela ubushushu kunye nokuchaneka okuphezulu kwaye yaziwa ngokuba "kukucubungula okubandayo". Ngoko ke zeziphi iingenelo zezi ntlobo zimbini zeendlela zokumakisha nge-laser?
Inzuzo yokumakisha nge-laser ye-CO2
Kwiminyaka yoo-80-90, i-laser ye-CO2 yakhula kakhulu yaza yaba sisixhobo esiphambili ekusetyenzisweni kwayo. Ngenxa yokusebenza kakuhle kunye nomgangatho olungileyo we-laser beam, ukumakishwa kwe-laser ye-CO2 kwaba yindlela eqhelekileyo yokumakishwa. Isebenza ekusebenzeni kwiintlobo ezahlukeneyo zesinyithi, kubandakanya umthi, iglasi, ilaphu, iplastiki, isikhumba, ilitye, njl.njl. kwaye inokusetyenziswa ngokubanzi ekutyeni, kumayeza, kwi-elektroniki, kwi-PCB, kunxibelelwano oluphathwayo, ekwakheni nakwamanye amashishini. I-laser ye-CO2 yi-laser yegesi kwaye isebenzisana nezixhobo ezisebenzisa amandla e-laser kwaye ishiya uphawu oluhlala luhleli kumphezulu wezinto. Oku kwakuyindawo enkulu yokuprinta i-inkjet, ukuprinta isilika kunye nezinye iindlela zokuprinta zemveli ngelo xesha. Ngomatshini wokumakishwa kwe-laser ye-CO2, uphawu lwentengiso, umhla, uphawu kunye noyilo olubuthathaka lunokumakishwa kumphezulu wezinto.
Inzuzo yokumakishwa kwe-UV laser
I-laser ye-UV yilaser enobude be-355nm. Ngenxa yobude bayo obufutshane kunye ne-pulse encinci, inokuvelisa indawo encinci kakhulu kwaye ihlale iyindawo encinci echaphazela ubushushu, ekwaziyo ukucutshungulwa ngokuchanekileyo ngaphandle kokuguquka. Ukumakishwa kwe-laser ye-UV kusetyenziswa kakhulu kwiphakheji yokutya, kwiphakheji yamayeza, kwiphakheji yokwenza izimonyo, kwi-PCB laser marking/scribing/drilling, kwiglasi laser drilling njalo njalo.
Ileyiza ye-UV vs ileyiza ye-CO2
Kwizicelo ezifuna ukuchaneka okukhulu, njengeglasi, itshiphusi kunye nePCB, i-UV laser ngokuqinisekileyo lolona khetho lokuqala. Ngokukodwa kwi-PCB processing, i-UV laser ithathwa njengolona khetho lubalaseleyo. Ngokwendlela esebenza ngayo kwimarike, i-UV laser ibonakala idlula i-CO2 laser, kuba intengiso yayo ikhula ngesantya esiphezulu kakhulu. Oko kuthetha ukuba imfuno yokucubungula ngokuchanekileyo iyanda.
Nangona kunjalo, oko akuthethi ukuba i-CO2 laser ayiyonto. Okwangoku, ixabiso le-CO2 laser enamandla afanayo liphantsi kakhulu kune-UV laser. Kwaye kwezinye iindawo, i-CO2 laser inokwenza into ezinye iintlobo ze-laser ezingenakwenza. Ngaphezu koko, ezinye izicelo zinokusebenzisa i-CO2 laser kuphela. Ukucutshungulwa kweplastiki, umzekelo, kunokuxhomekeka kuphela kwi-CO2 laser.
Nangona i-UV laser isanda, i-CO2 laser yendabuko nayo iyaphucuka. Ngenxa yoko, kunzima ukuyifaka endaweni yokuyibeka ...
I-S&A Teyu iphuhlisa kwaye ivelisa ii-RMUP, CWUL kunye nee-CWUP series air cooled water chillers zifanelekile ukupholisa ii-3W-30W UV lasers. Uthotho lwe-RMUP luyilo lwe-rack mount. Uthotho lwe-CWUL kunye ne-CWUP luyilo oluzimeleyo. Zonke zinozinzo lobushushu obuphezulu, ukusebenza okuzinzileyo kokupholisa, imisebenzi emininzi ye-alamu kunye nobukhulu obuncinci, zihlangabezana neemfuno zokupholisa ze-UV laser.
Yintoni enokuchaphazela ukukhutshwa kwe-laser ye-UV yi-laser nge-laser?
Njengoko sonke sisazi, okukhona uzinzo lobushushu lwe-chiller luphezulu, kokukhona ilahleko ye-UV laser incinci, nto leyo enciphisa iindleko zokucubungula kwaye yandise ubomi be-UV lasers. Ngaphezu koko, uxinzelelo lwamanzi oluzinzileyo lwe-chiller epholileyo emoyeni lunokunceda ukunciphisa uxinzelelo oluvela kumbhobho we-laser kwaye luphephe i-bubble. I-S&A Teyu air cooled chiller inepayipi eyilwe ngokufanelekileyo kunye noyilo oluncinci, olunciphisa i-bubble, luzinzise imveliso ye-laser, longeze ubomi benkonzo ye-laser kwaye lunceda ukunciphisa iindleko kubasebenzisi. Isetyenziswa rhoqo ekuphawuleni ngokuchanekileyo, ekuphawuleni iglasi, ekuchweni i-micro-machining, ekusikeni i-wafer, ekuprinteni i-3D, ekuphawuleni iipakeji zokutya njalo njalo. Fumana iinkcukacha ze-S&A Teyu UV laser air cooled chiller apha https://www.chillermanual.net/uv-laser-chillers_c4
