![Isicelo sokusika i-laser kwicandelo le-FPC 1]()
Kwishishini le-elektroniki, i-FPC yaziwa ngokuba "yingqondo" yeemveliso ezahlukeneyo ze-elektroniki. Njengoko izixhobo ze-elektroniki zincinci, zincinci, zinokunxitywa kwaye zisongeka, i-FPC ene-wiring density ephezulu, ubunzima obulula, ukuguquguquka okuphezulu kunye nokukwazi ukuhlanganisa i-3D inokuhlangabezana ngokugqibeleleyo nomngeni wemarike ye-elektroniki.
Ngokwengxelo, ubungakanani boshishino lwecandelo le-FPC kulindeleke ukuba bufikelele kwi-301 yeebhiliyoni zeerandi ngo-2028. Icandelo le-FPC ngoku likhula ngesantya esiphezulu ixesha elide kwaye okwangoku, indlela yokucubungula i-FPC nayo iyatshintsha.
Iindlela zemveli zokucubungula i-FPC ziquka ukusika idayi, i-V-CUT, i-milling cutter, i-punching press, njl. Kodwa zonke ezi zeendlela zokucubungula ngomatshini ezidla ngokubangela uxinzelelo, i-burr, uthuli kwaye zikhokelela ekuchanekeni okuphantsi. Ngenxa yazo zonke ezi ngxaki, ezo ndlela zokucubungula zithathelwa indawo kancinci kancinci yindlela yokusika nge-laser.
Ukusika nge-laser yindlela yokusika engachukumisiyo. Ingaveza ukukhanya okuphezulu (650mW/mm2) kwindawo encinci kakhulu (100~500μm). Amandla okukhanya nge-laser aphezulu kangangokuba angasetyenziselwa ukusika, ukubhola, ukumakisha, ukukrola, ukuwelda, ukubhala, ukucoca, njl.njl.
Ukusika nge-laser kuneenzuzo ezininzi ekusikeni i-FPC. Nazi ezinye zazo.
1. Ekubeni uxinano lweentambo kunye nokuphakama kweemveliso ze-FPC kuphezulu kwaye umzobo we-FPC uya usiba nzima ngakumbi, ubeka umngeni ngakumbi ekwenzeni i-FPC mold. Nangona kunjalo, ngeteknoloji yokusika nge-laser, ayifuni ukucutshungulwa kwe-mold, ngoko ke iindleko ezininzi zokuphuhlisa i-mold zinokonga.
2. Njengoko bekutshiwo ngaphambili, ukucubungula ngoomatshini kuneengxaki ezininzi ezithintela ukuchaneka kokucubungula. Kodwa ngomatshini wokusika nge-laser, ekubeni uqhutywa ngumthombo we-laser ye-UV osebenza kakuhle onomgangatho ophezulu wokukhanya, ukusebenza kokusika kunokuba mnandi kakhulu.
3. Ekubeni iindlela zemveli zokucubungula zifuna uqhagamshelwano loomatshini, ngokuqinisekileyo ziya kubangela uxinzelelo kwi-FPC, nto leyo enokubangela umonakalo ngokwasemzimbeni. Kodwa ngenkqubo yokusika nge-laser, kuba yindlela yokucubungula engahambelaniyo, inokunceda ukuthintela izinto ekonakalisweni okanye ekuguqulweni.
Njengoko i-FPC isiba ncinci kwaye incipha, ubunzima bokucubungula kwindawo encinci kangaka buyanda. Njengoko bekutshiwo ngaphambili, umatshini wokusika i-laser we-FPC uhlala usebenzisa umthombo we-laser we-UV njengomthombo wokukhanya. Uneempawu ezichanekileyo kwaye aziyi kwenza monakalo kwi-FPC. Ukuze ugcine ukusebenza kakuhle, umatshini wokusika i-laser we-FPC UV uhlala uhamba ne-air cooled process chiller ethembekileyo.
I-S&A CWUP-20 air cooled process chiller inika umgangatho ophezulu wokuchaneka kokulawula kwe-±0.1℃ kwaye iza ne-compressor yokusebenza okuphezulu ukuqinisekisa ukusebenza kakuhle kokupholisa. Abasebenzisi banokuseta ubushushu bamanzi obufunekayo okanye bavumele ubushushu bamanzi buzilungelelanise ngokuzenzekelayo, ngenxa yomlawuli wobushushu okrelekrele. Fumana iinkcukacha ezithe vetshe zale air cooled process chiller ku -https://www.teyuchiller.com/portable-water-chiller-cwup-20-for-ultrafast-laser-and-uv-laser_ul5
![inkqubo yokuphola emoyeni]( "inkqubo yokuphola emoyeni")
