Ngo-Okthoba odlule, iLFSZ ibibanjwe embukisweni womhlaba waseShenzhen & Isikhungo Somhlangano. Kulo mbukiso, kukhonjiswe inqwaba yemikhiqizo emisha ye-laser nobuchwepheshe. Enye yazo kwakuyi-laser chiller yokuqala yasekhaya esheshayo evela kwa-S&I-Teyu Chiller
I-Ultrafast laser micromachining ihlangabezana nentuthuko esheshayo
Ukuthuthukiswa okuqhubekayo kwezimboni nezisezingeni eliphezulu kunezidingo ezengeziwe zokunemba. Njengesu lokukhiqiza elibalulekile, indlela yokukhiqiza i-laser manje iyashintsha isuka ezingeni lokuqala le-nanosecond iye kwileveli ye-femtosecond ne-picosecond.
Kusukela ngo-2017, i-laser yasekhaya ye-ultrafast picosecond laser kanye ne-femtosecond laser bezikhula ngokushesha kakhulu ngokuzinza okungcono namandla aphezulu. Ukwenziwa ekhaya kwe-laser esheshayo kwephula ukubusa kwabahlinzeki bangaphandle futhi okubaluleke nakakhulu, kwehlisa izindleko zokuthenga. Ngaphambilini, i-picosecond laser engu-20W ibize ngaphezu kwesigidi esingu-1.1 RMB. Izindleko eziphakeme kangako zaba ngesinye sezizathu zokuthi kungani i-laser micro-machining ’ ingakhuthazwa ngokugcwele ngaleso sikhathi. Kodwa manje, i-laser esheshayo nezingxenye zayo eziyinhloko zinenani eliphansi, okuyizindaba ezinhle zokusetshenziswa okukhulu kwe-laser micro-machining. Ngokuqondene nedivayisi yokupholisa ehlomile, i-laser chiller yokuqala yasekhaya yasekhaya nayo yazalwa ngonyaka odlule
I-laser chiller yasekhaya esheshayo inokubaluleka okukhulu
Namuhla, amandla e-laser esheshayo athuthuke kakhulu, ukusuka ku-5W ukuya ku-20W ukuya ku-30W kanye no-50W. Njengoba sazi, i-laser ye-ultrafast ifaka ukucubungula okungaxhunywanga kanye nokunemba okuphezulu kakhulu, ngakho yenza umsebenzi omuhle ekucubunguleni izingxenye ze-elekthronikhi yabathengi, ukusika ifilimu elincanyana, ukucutshungulwa kwezinto ezibolayo kanye namakhemikhali. & umkhakha wezokwelapha. Ukunemba okuphezulu nokuzinza kwe-laser ye-ultrafast kudinga ukusekelwa uhlelo olunembile lokulawula izinga lokushisa. Kodwa njengoba amandla e-laser ekhula, ukuzinza kwezinga lokushisa kunzima ukuqinisekisa, okwenza umphumela wokucubungula unganelisi kancane.
Ukuphumelela okuqhubekayo kwe-laser esheshayo kubangela izinga eliphezulu lesistimu yokupholisa. Esikhathini esedlule, isibandisi samanzi esinembe kakhulu sasingeniswa kuphela sisuka emazweni angaphandle
Kodwa manje, i-CWUP-20 ultrafast laser chiller ekhiqizwe ngu-S&I-Teyu inikeza abasebenzisi basekhaya enye indlela. Lesi sici sokupholisa amanzi esijikelezayo esihlangene ±0.1℃ ukuzinza kwezinga lokushisa, okufinyelela ezingeni labahlinzeki baphesheya kwezilwandle. Ngesikhathi esifanayo, le chiller iphinde igcwalise igebe lale mboni yezingxenye. I-CWUP-20 ibonakala ngomklamo ohlangene futhi ifanele izinhlelo zokusebenza eziningi
I-Ultrafast laser yokusika ingilazi
Ukusetshenziswa kwe-laser esheshayo kuya ngokuya kuba banzi. Kusukela ku-silicon wafer, i-PCB, i-FPCB, i-ceramics kuya ku-OLED, ibhethri yelanga kanye nokucutshungulwa kwe-HDI, i-ultrafast laser ingaba ithuluzi elinamandla futhi ukusetshenziswa kwayo okukhulu kusanda kuqala.
Ngokusho kwedatha, amandla okukhiqiza amaselula asekhaya enza ngaphezu kwama-90% wamandla omhlaba wonke. Abantu abaningi bangase bangazi ukuthi, ukusetshenziswa kwangaphambi kwesikhathi kwe-laser esheshayo ikakhulukazi kwakuseduze nezingxenye zomakhalekhukhwini - ukubhoboza imbobo yekhamera yocingo, ukusika ama-slide ekhamera nokusika isikrini esigcwele. Bonke laba babelana ngezinto ezifanayo - ingilazi. Ngakho-ke, i-laser ye-ultrafast yokusika ingilazi isivuthiwe impela namuhla
Uma kuqhathaniswa nemibese yendabuko, i-laser ye-ultrafast inokusebenza okuphakeme okuphezulu kanye nomkhawulo ongcono wokusika uma kuziwa ekusikeni ingilazi. Namuhla, isidingo sokusika ingilazi ye-laser kuma-electronics abathengi siyaqhubeka nokukhula. Eminyakeni engu-2 edlule, umthamo wokuthengisa wewashi elihlakaniphile liye saqhubeka nokukhula, okuletha amathuba engeziwe esu le-laser micro-machining
Kulesi simo esihle, uS&I-Teyu izoqhubeka nokubamba iqhaza ekuthuthukisweni kwasekhaya kwebhizinisi le-laser micromachining elisezingeni eliphezulu
