A yau akwai cibiyoyin bincike da cibiyoyin ci gaba da yawa da ke aiki a kan sabbin hanyoyin buga 3D. Misali bayyananne na wannan da muke dashi yau a cikin karatun da ƙungiyar bincike ta École Polytechnique Fédérale de Lausanne, EPFL don ma'anar sunan ta, wanda aka tsara Paul delrot.
A cikin wannan filin, masu bincike sunyi nasarar nuna cewa manufar endoscopic 3D bugu, Wato, nau'in buga 3D wanda maimakon injina na musamman zasu samo asali kai tsaye cikin jikin kowane mutum albarkacin amfani da allura mai ɗauke da hoto. Wannan dabarar na iya sauƙaƙa sauƙaƙe 3D na bioprinting tare da tura magunguna na sabuntawa.
Wannan binciken yana ba da babbar mafita da yiwuwar isa kasuwar abin da aka sani da buga 3D endoscopic.
A cikin nasa kalmomin Paul delrot:
Tare da ci gaba da haɓaka, ƙwarewarmu na iya ba da damar kayan aikin microfabrication na endoscopic waɗanda zasu zama masu amfani yayin kowane tiyata. Ana iya amfani da waɗannan kayan aikin don buga sifofin micro-ko Nano-sikelin 3D waɗanda ke sauƙaƙa manna ƙwayoyin salula da haɓaka don ƙirƙirar kayan aikin injiniya waɗanda ke dawo da kyallen takarda.
Aikinmu ya nuna cewa ana iya samun microfabrication na 3D tare da fasahohi ban da niyya na laser mai ƙarfi mai ƙarfi na femtosecond. Hanyar microprinting ta EPFL 3D ta photon microfabrication mai girman uku ta hanyar fiber mai gani da yawa.
Kamar yadda aka bayyana a cikin takardar da wannan ƙungiyar masu binciken ta wallafa, bayan shekaru da yawa na aiki ya yiwu a ƙirƙirar dabarun da ake buƙata zuwa samar da tsari a sikelin kusa da sanannun fasahohin lithography guda biyu. Bambancin gaske tsakanin fasahohin da aka ambata da wanda EPFL ya haɓaka shine cewa aikin su yafi ƙanƙanta kuma, ta amfani da madaidaicin laser maimakon naúrar da aka buga, ana iya aiwatar dashi a na'urori masu rahusa da yawa.