O le masini lomitusi o loʻo i ai nei o le bottom-up vat photopolymerization 3D printing technique, peitaʻi, e manaʻomia le maualuga o le sua o le ultraviolet (UV) -e mafai ona togafitia. O lenei manaʻoga viscosity e faʻatapulaaina ai le gafatia o le UV-curable, lea e masani ona faʻafefe aʻo leʻi faʻaaogaina (e oʻo atu i le 5000 cps o le viscosity).
O le fa'aopoopoina o mea fa'afefete fa'afefeteina e fa'atauina ai mea fa'ainisinia muamua o le oligomers. O le faʻatulagaina o le resini ma le faʻaleagaina o vaega faʻamalolo mai le ata o luʻitau faʻapitoa autu ia e lua o le 3D lolomiga maualuga-viscosity resins.
Pittcon 2023. Ua saunia e AZoM se tuufaatasiga o faatalanoaga ma taitai manatu autu mai le faaaliga.
La'u mai se kopi e leai se totogi
O le fa'aopoopoina o mea fa'afefete fa'afefeteina e fa'atauina ai mea fa'ainisinia muamua o le oligomers. O le faʻatulagaina o le resini ma le faʻaleagaina o vaega faʻamalolo mai le ata o luʻitau faʻapitoa autu ia e lua o le 3D lolomiga maualuga-viscosity resins.
O se au su'esu'e mai le Fujian Institute of Research on the Structure of Matter of the Chinese Academy of Sciences i lalo o le ta'ita'iga a Prof. Lixin Wu na fautuaina le laina fa'ata'ita'i-fa'avae vat photopolymerization (LSVP) mo 3D lomitusi ultra-maualuga viscosity resin. O la latou suʻesuʻega na lomia i le Nature Communications.
Taimi meli: Feb-22-2024
