Imakroskopu ye-3D usebenzisa i-microscope yemveli yobuchwepheshe be-optical kunye neteknoloji yevidiyo ye-elektroniki yanamhlanje, ukusombulula ngokupheleleyo i-microscope yendabuko kwixesha elide ukujonga iziphene zokudinwa kwabantu, ukufunyanwa komfanekiso weCCD ophezulu-ukusebenza, umboniso ophezulu we-LCD, ukubuyisela umfanekiso yinyaniso; tshintsha imakroskopu ukuphononongwa okune-dimensional enye, ukubonelela ngento ejongiweyo inokujikeleziswa ukujonga okune-dimensional ezintathu, kuphucule kakhulu uluhlu loqwalaselo lwemakroskopu.
I-microscope ye-3D inokumisela ngokulula indawo yokujonga; umatshini wonke udibanisa umfanekiso wokukhulisa, umboniso, ukukhanya kwe-LED kunye nokubeka indawo, kunye ne-compact kunye ne-design yokulondoloza indawo kunye nokulula ukuyisebenzisa, enokusetyenziswa ngokulula kumashishini kunye nemimandla eyahlukeneyo.
Isixhobo sifezekisa zombini isisombululo esiphezulu kunye nentsimi enkulu yokujonga ngokusebenza okulula, kwaye ngokudibanisa ndawonye i-2D, ubunzulu be-field, kunye nemifanekiso ye-3D, oku kwenza ukuba intsimi yokujonga yandiswe ngamaxesha amaninzi, ivumela ukubonwa kweengxenye ezingazange zibonwe ngaphambili. Emva koko, nge-lens ene-aberration ephantsi, isisombululo esihle kakhulu kunye nobuchwepheshe obuphezulu be-optical assembly, imifanekiso ephezulu ecacileyo, ephantsi kunye nokuveliswa kombala ophezulu kufunyenwe.
Ixesha lokuposa: Oct-21-2022