Increase in the competitiveness of the company 3Dimplant s.c. Katarzyna Zasińska, Jerzy Anrisskowski, through the introduction of production technology for the production of prosthetic sub-construction products from the innovative alloy of Ti13Nb13Zr. (Q120855): Difference between revisions
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(Created claim: summary (P836): This project involves the purchase of an efficient position for a selective re-melting of the T13Nb13Zr laser powder in order to perform perfectly passable and marked 100 % of the calyx of innovative subconstruction under the crown and the dental bridges. The method of implementing the T13Nb13Zr subconstruction is the result of a team of employees of the Politechnika Gdańska and the industrial services of Mr Jerzy Andrusskovski in the R & D proj...) |
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Property / summary | |||
This project involves the purchase of an efficient position for a selective re-melting of the T13Nb13Zr laser powder in order to perform perfectly passable and marked 100 % of the calyx of innovative subconstruction under the crown and the dental bridges. The method of implementing the T13Nb13Zr subconstruction is the result of a team of employees of the Politechnika Gdańska and the industrial services of Mr Jerzy Andrusskovski in the R & D project, as part of a project co-financed by the NCBR under the TANGO programme. The absence of a project involves the purchase of specialised equipment, which will allow efficient commercialisation and implementation to mass production of unique R & D results from worldwide. (English) | |||
Property / summary: This project involves the purchase of an efficient position for a selective re-melting of the T13Nb13Zr laser powder in order to perform perfectly passable and marked 100 % of the calyx of innovative subconstruction under the crown and the dental bridges. The method of implementing the T13Nb13Zr subconstruction is the result of a team of employees of the Politechnika Gdańska and the industrial services of Mr Jerzy Andrusskovski in the R & D project, as part of a project co-financed by the NCBR under the TANGO programme. The absence of a project involves the purchase of specialised equipment, which will allow efficient commercialisation and implementation to mass production of unique R & D results from worldwide. (English) / rank | |||
Normal rank |
Revision as of 08:54, 10 March 2020
Project in Poland financed by DG Regio
Language | Label | Description | Also known as |
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English | Increase in the competitiveness of the company 3Dimplant s.c. Katarzyna Zasińska, Jerzy Anrisskowski, through the introduction of production technology for the production of prosthetic sub-construction products from the innovative alloy of Ti13Nb13Zr. |
Project in Poland financed by DG Regio |
Statements
643,902.44 zloty
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1,650,000.0 zloty
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48.0 percent
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1 November 2017
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31 December 2019
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3DIMPLANT S.C. KATARZYNA ZASIŃSKA JERZY ANDRYSKOWSKI
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Niniejszy projekt zakłada zakup wydajnego stanowiska do selektywnego przetapiania wiązką lasera proszku Ti13Nb13Zr w celu wykonania idealnie spasowanych i charakteryzujących się 100% szczelnością brzeżną innowacyjnych podbudów pod korony i mosty dentystyczne. Metoda wykonywania podbudów ze stopu Ti13Nb13Zr jest efektem prowadzonych przez zespół pracowników Politechniki Gdańskiej i firmy Usługi Protetyczne Jerzy Andryskowski prac B+R w ramach projektu współfinansowanego ze środków NCBR w ramach programu TANGO. Nieinszy projekt zakłada zakup specjalistycznego sprzętu, który umożliwi sprawną komercjalizację i wdrożenie do masowej produkcji unikatowych na skalę światową wyników zrealizowanych badań i prac rozwojowych. (Polish)
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This project involves the purchase of an efficient position for a selective re-melting of the T13Nb13Zr laser powder in order to perform perfectly passable and marked 100 % of the calyx of innovative subconstruction under the crown and the dental bridges. The method of implementing the T13Nb13Zr subconstruction is the result of a team of employees of the Politechnika Gdańska and the industrial services of Mr Jerzy Andrusskovski in the R & D project, as part of a project co-financed by the NCBR under the TANGO programme. The absence of a project involves the purchase of specialised equipment, which will allow efficient commercialisation and implementation to mass production of unique R & D results from worldwide. (English)
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Identifiers
RPPM.02.02.01-22-0072/17
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