Isibonakhulu se-3D sisebenzisa ubuchwepheshe be-optical be-microscope bendabuko kanye nobuchwepheshe bevidiyo be-elekthronikhi besimanje, sixazulula ngokuphelele isibonakhulu sendabuko esikhathini eside ukuze sibone ukushiyeka kokukhathala kwabantu, ukutholwa kwesithombe se-CCD esisebenza kahle kakhulu, isibonisi se-LCD esinesinqumo esiphezulu, ukubuyiselwa kwesithombe kuyiqiniso; shintsha isibonakhulu sibe nokubuka okukodwa okunezinhlangothi ezimbili, ukuze into ebonwe ingajikeleziswa ukubuka okunezinhlangothi ezintathu, kuthuthukise kakhulu ububanzi bokubuka kwesibonakhulu.
I-microscope ye-3D inganquma kalula indawo yokubuka; wonke umshini uhlanganisa izithombe zokukhulisa, ukubonisa, ukukhanya kwe-LED kanye nokubeka, ngomklamo omncane nowonga isikhala futhi kulula ukuwusebenzisa, ongasetshenziswa kalula ezimbonini nasezindaweni ezahlukene.
Idivayisi ifinyelela kokubili ukucaca okuphezulu kanye nensimu enkulu yokubuka ngokusebenzisa ukusebenza okulula, kanye nokuhlanganisa izithombe ze-2D, ukujula kwensimu, kanye ne-3D, lokhu kwenza insimu yokubuka inwetshwe izikhathi eziningi, okuvumela ukubonwa kwezingxenye ezazingabonwanga ngaphambilini. Ngemuva kwalokho, ngelensi enokuguquguquka okuphansi, ukucaca okuhle kakhulu kanye nobuchwepheshe bokuhlanganisa obuphezulu, izithombe zekhwalithi ephezulu ezinokuhlanekezelwa okucacile, okuphansi kanye nokukhiqizwa kombala okuphezulu kufezwa.
Isikhathi sokuthunyelwe: Okthoba-21-2022