Kukho i-2.5D kunye ne-3D inkqubo yokugxila eguqukayo kwimarike, yintoni umahluko phakathi kwabo?
Namhlanje, sinomxholo kule nto.
Inkqubo ye-2.5D yiyunithi yokugxila kwi-End. Isebenza nge-af theta lens. Ukusebenza kwayo okunengqiqo kukuba:
I-axis ye-Z ihlengahlengisa ubude bendawo esembindini kwindawo yokusebenza, incinci ilungelelanisa ngokotshintsho lobunzulu bomsebenzi, i-lens ye-f theta ilungelelanisa ubude bendawo yokusebenza.
Ngokuqhelekileyo, ubungakanani be-aperture ye-2.5D inkqubo ingaphakathi kwe-20mm, intsimi yokusebenza igxininise kubukhulu obuncinci. Ifaneleke ngokukodwa kwi-precision micro processing application efana nokukrola okunzulu, ukugrumba.
Inkqubo yogxininiso ye-3D yiyunithi yokugxila kwangaphambili. Ingqiqo yokusebenza yile:
Ngolawulo lwesoftware yolungelelwaniso oludityanisiweyo lwe-axis ye-Z kunye ne-XY, enendawo eyahlukileyo yokuskena, i-axis ye-Z ibuyela umva nangaphambili ukuze ibuyekeze ugxininiso, iqinisekisa ukufana kwebala kunye nokungaguquguquki kulo lonke uluhlu olusebenzayo.
Xa inkqubo yogxininiso lwe-3D lusebenza tyaba kunye nomgangatho we-3D wokusebenza, intshukumo ye-axis ye-Z ihlawulela ugxininiso ngaphandle komda we-theta, ngoko ke ineenketho ezininzi zokuvula kunye nentsimi yomsebenzi, ngokucacileyo ilungele ukusetyenzwa kwe-laser enkulu.
Okwangoku, i-aperture ephezulu ye-FEELTEK inokunikela nge-70mm, enokufikelela kwi-2400mm ububanzi bomsebenzi kunye nobude obungenamkhawulo.
Ewe, ndiyakholelwa ukuba unokuqonda okungcono kwenkqubo yogqaliselo eyahlukeneyo ngoku.
Le yi-FEELTEK, iqabane lakho elinokwenziwa ngokwezifiso ze-2D ukuya kwi-3D scan head.
Ukwabelana okuninzi kuyeza kungekudala.
Ixesha lokuposa: Jun-21-2021