Umatshini wokumakisha we-laser we-MOPAsisixhobo sokumakisha esisebenzisa i-MOPA (ububanzi be-pulse obuhlengahlengiswayo). Inamandla okulawula imilo ye-pulse. Xa ithelekiswa ne-Q-switched fiber laser, i-MOPA fiber laser pulse frequency kunye nobubanzi be-pulse ziyalawuleka ngokuzimeleyo. Ngokulungisa iiparamitha ezimbini ze-laser, inokufikelela kwimveliso yamandla ephezulu rhoqo kwaye ingasetyenziswa kuluhlu olubanzi lwezixhobo.
Ububanzi be-pulse yomatshini wokumakisha i-laser ye-MOPA i-M1 yi-4-200ns, kwaye ububanzi be-pulse ye-M6 yi-2-200ns. Ububanzi be-pulse yomatshini wokumakisha i-laser yefayibha eqhelekileyo yi-118-126ns. Kuyabonakala ukuba ububanzi be-pulse yomatshini wokumakisha i-laser ye-MOPA bunokulungiswa kuluhlu olubanzi. Ke ngoko, kuyaqondakala ukuba kutheni ezinye iimveliso zingenakumakishwa ngumatshini wokumakisha i-laser yefayibha eqhelekileyo, kodwa zinokufezekiswa ngokusebenzisa umatshini wokumakisha i-laser ye-MOPA.
Umatshini wokumakisha nge-laser we-MOPA ufanelekile kwinkqubo yokumakisha ecolekileyo yezinto zesinyithi nezingezizo ezesinyithi, njengokwenza kube mnyama nge-laser kwiindawo zemveliso zedijithali, amaqhosha efowuni ephathekayo, amaqhosha acacileyo, amaqokobhe efowuni ephathekayo, iiphaneli zamaqhosha, izinto ze-elektroniki, i-oxidation, uphawu lweplastiki, izipho ezenziwe ngezandla, unyango lwe-oxidation kunye nokutshiza nge-electroplating kunye nezinye iindlela zonyango lomphezulu.
Oomatshini bokumakisha i-laser ye-MOPA basetyenziswa kakhulu kumakisha ombala wentsimbi engagqwaliyo, ukumnyama kwe-aluminium oxide, ukuhluba i-anode, ukuhluba i-coating, amashishini e-semiconductor kunye ne-elektroniki, ukumakisha iplastiki kunye nezinye izinto ezibuthathaka, kunye nomzi-mveliso wepayipi yeplastiki ye-PVC.
Nangona kunjalo, abathengi abaninzi balindele ukuba isantya sokucubungula oomatshini bokumakisha i-laser ye-MOPA sifane nesoomatshini bokumakisha i-laser eqhelekileyo xa bethenga, kodwa oku ngokucacileyo akunamsebenzi. Ezi teknoloji zimbini zahlukile. Xa kukrolwa imiphumo yombala, umatshini kufuneka amakishe kwizandi eziphezulu ezinemiphumo emincinci yesithunzi, nto leyo eyenza isisombululo sokukrola sibe phezulu, kodwa kwangaxeshanye isantya sokukrola sicotha kakhulu.
Kwakhona, kwi-deep engraving, i-JPT Mopa series inenzuzo enkulu, enobubanzi kunye ne-frequency ehlengahlengiswayo, qiniseka ukuba i-deep engraving ikhawuleza kakhulu.
Ixesha lokuthumela: Agasti-19-2024
