en el MIT ba su gushe ba a cikin kirkire-kirkire da ayyukan ci gaba don ci gaba da ci gaba a kowane fanni na fasaha, muna da hujja kan yadda wani rukuni na injiniyoyinsu suka gudanar da kirkirar wani sabon tsari wanda zai iya maye gurbin polymer da aka samo daga man fetur, wani abu ne wanda ya saba anyi amfani dashi don ƙera filaments don ɗab'in 3D, don nau'in kayan lambu cellulose wanda ke ba da fa'idodi da yawa.
Kamar yadda MIT ba ta yi jinkirin yabo ba, amfani da irin wannan kayan lambu na cellulose, da farko, ya sa duk wani abu da aka yi da wannan kayan sabuntawa da kuma lalacewa, wani abu da koyaushe yake nuna fifikon sa, kodayake, kamar yadda sukayi sharhi, an kuma samu nasarar buga 3D mafi tattalin arziki har ma cewa sakamakon su ne mafi juriya.
Injiniyoyin MIT sun yi alƙawarin fasali masu ban sha'awa a cikin wannan sabon kayan da aka tsara don amfani da su a cikin ɗab'in 3D.
A matsayin fa'ida ta ƙarshe, yana da mahimmanci musamman waɗanda ke da alhakin wannan binciken su yaba cewa wannan abin ma yana da shi kayan antimicrobial, wani abu da ni kaina zan yarda da shi musamman yana ɗauke hankalina.
Barin wannan duka na ɗan lokaci 'gefe', gaya muku cewa a bayyane yake abin da wannan rukunin injiniyoyin suka yi amfani da shi azaman tushen tushe don ƙirƙirar wannan filament shine cellulose acetate. Godiya ga wannan, kayan shine ifyarfafa da sauri. A cikin kalmomin mai magana da yawun kungiyar:
Bayan buga 3D, mun dawo da haɗin haɗin hydrogen ta hanyar maganin sodium hydroxide.
Ƙarin Bayani: Sabon Atlas