DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE EFFICIENCY OF THE BIO-PRINTING 3D PROCESS (Q4243279): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Changed label, description and/or aliases in en, and other parts: Adding English translations) |
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DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE EFFICIENCY OF THE BIO-PRINTING 3D PROCESS | |||||||||||||||
| Property / summary | |||||||||||||||
THE PROJECT IS AIMED AT THE EFFICIENCY OF 3D BIOPRINTING PROCESSES AND THE DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE CREATION OF GLASS SYRINGES FOR EXTRUSION OF BIO-INKS IN 3D PRINTERS. THE INNOVATIVE PROCESS OF FUNCTIONALISATION THAT WILL BE DEVELOPED TO TREAT THE GLASS SURFACES, WILL GUARANTEE STERILITY, STABILITY OF THE THERMAL PROPERTIES AND COMPOSITION OF THE BIO-INKS USED. THROUGH CAREFUL DESIGN OF THE EXTRUDER, THE PERFORMANCE OF THE GLASS CARTRIDGE WILL BE OPTIMISED TO ENSURE HIGH PROFILE PERFORMANCE IN 3D PRINTING. (English) | |||||||||||||||
| Property / summary: THE PROJECT IS AIMED AT THE EFFICIENCY OF 3D BIOPRINTING PROCESSES AND THE DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE CREATION OF GLASS SYRINGES FOR EXTRUSION OF BIO-INKS IN 3D PRINTERS. THE INNOVATIVE PROCESS OF FUNCTIONALISATION THAT WILL BE DEVELOPED TO TREAT THE GLASS SURFACES, WILL GUARANTEE STERILITY, STABILITY OF THE THERMAL PROPERTIES AND COMPOSITION OF THE BIO-INKS USED. THROUGH CAREFUL DESIGN OF THE EXTRUDER, THE PERFORMANCE OF THE GLASS CARTRIDGE WILL BE OPTIMISED TO ENSURE HIGH PROFILE PERFORMANCE IN 3D PRINTING. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: THE PROJECT IS AIMED AT THE EFFICIENCY OF 3D BIOPRINTING PROCESSES AND THE DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE CREATION OF GLASS SYRINGES FOR EXTRUSION OF BIO-INKS IN 3D PRINTERS. THE INNOVATIVE PROCESS OF FUNCTIONALISATION THAT WILL BE DEVELOPED TO TREAT THE GLASS SURFACES, WILL GUARANTEE STERILITY, STABILITY OF THE THERMAL PROPERTIES AND COMPOSITION OF THE BIO-INKS USED. THROUGH CAREFUL DESIGN OF THE EXTRUDER, THE PERFORMANCE OF THE GLASS CARTRIDGE WILL BE OPTIMISED TO ENSURE HIGH PROFILE PERFORMANCE IN 3D PRINTING. (English) / qualifier | |||||||||||||||
point in time: 2 February 2022
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Revision as of 06:40, 2 February 2022
Project Q4243279 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE EFFICIENCY OF THE BIO-PRINTING 3D PROCESS |
Project Q4243279 in Italy |
Statements
41,250.0 Euro
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82,500.0 Euro
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50.0 percent
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UNIVERSITA' DEGLI STUDI DI PADOVA
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IL PROGETTO E' RIVOLTO ALL'EFFICIENTAMENTO DEI PROCESSI DI 3D BIOPRINTING ED ALLO SVILUPPO DEI MATERIALI INNOVATIVI PER LA CREAZIONE DI SIRINGHE IN VETRO PER ESTRUSIONE DI BIO-INCHIOSTRI IN STAMPANTI 3D. IL PROCESSO INNOVATIVO DI FUNZIONALIZZAZIONE CHE VERRA' MESSO A PUNTO PER TRATTARE LE SUPERFICI VETROSE, GARANTIRA' STERILITA', STABILITA' DELLE PROPRIETA' TERMICHE E DI COMPOSIZIONE DEI BIO-INCHIOSTRI UTILIZZATI. ATTRAVERSO UN'ATTENTA PROGETTAZIONE DELL'ESTRUSORE VERRANNO OTTIMIZZATE LE PRESTAZIONI DELLA CARTUCCIA IN VETRO IN MODO DA GARANTIRE PRESTAZIONI DI ALTO PROFILO NELLA STAMPA 3D. (Italian)
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THE PROJECT IS AIMED AT THE EFFICIENCY OF 3D BIOPRINTING PROCESSES AND THE DEVELOPMENT OF INNOVATIVE MATERIALS FOR THE CREATION OF GLASS SYRINGES FOR EXTRUSION OF BIO-INKS IN 3D PRINTERS. THE INNOVATIVE PROCESS OF FUNCTIONALISATION THAT WILL BE DEVELOPED TO TREAT THE GLASS SURFACES, WILL GUARANTEE STERILITY, STABILITY OF THE THERMAL PROPERTIES AND COMPOSITION OF THE BIO-INKS USED. THROUGH CAREFUL DESIGN OF THE EXTRUDER, THE PERFORMANCE OF THE GLASS CARTRIDGE WILL BE OPTIMISED TO ENSURE HIGH PROFILE PERFORMANCE IN 3D PRINTING. (English)
2 February 2022
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PIOMBINO DESE
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