The development of a demonstration prototype of a laboratory printer together with appropriate nanotubes leading to the commercialisation of the printing of ultra thin conductive lines for paper electronics applications (Q94488): Difference between revisions

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(‎Removed claim: summary (P836): The subject of this project is the development of 4 demonstration prototypes of a laboratory printer together with suitable nanotubes and first deployments in prospective clients as a beta test (during which interactive improvements and improvements will be made). At the end of the project, the company will proceed to commercial sale of laboratory printers and ink. The project will consist of two phases: • Phase I — the production of 4 prototy...)
Property / summary
The subject of this project is the development of 4 demonstration prototypes of a laboratory printer together with suitable nanotubes and first deployments in prospective clients as a beta test (during which interactive improvements and improvements will be made). At the end of the project, the company will proceed to commercial sale of laboratory printers and ink. The project will consist of two phases: • Phase I — the production of 4 prototypes of a laboratory printer based on which a pre-serial laboratory printer model will be created, the design of an appropriate formula of the nano-ear formula (in several options) and an internal validation test (alpha tests); • Facas II — external validation tests under conditions similar to actual ones (beta tests), which will result in the production of shorter laboratory printers and the validation of this technology in the market. At this stage, there will also be a very intensive promotion of technology leading to the deployment of the industrial version of a printer onto the industrial market. The project will lead to the development of a breakthrough technology of ultra precision printing of a wide range of nanomaterials. The printing of metallic nanomaterials will enable the production of ultra-thin conductive electrical generating lines, which at the same time will enable an unprecedented level of transparency of the structures that are created to be achieved. The use of the above features of the XTPL technology will allow the development of a new generation of TCF layers (Transparent Films). The XTPL technology will enable TCF layers to be produced at a low cost per unit, with very high optical transparency, at a very low surface resistance. The technology is being developed in global thin-film solar panels as well as in the manufacturing of displays, touch-screens and flexible electronics. (English)
 
Property / summary: The subject of this project is the development of 4 demonstration prototypes of a laboratory printer together with suitable nanotubes and first deployments in prospective clients as a beta test (during which interactive improvements and improvements will be made). At the end of the project, the company will proceed to commercial sale of laboratory printers and ink. The project will consist of two phases: • Phase I — the production of 4 prototypes of a laboratory printer based on which a pre-serial laboratory printer model will be created, the design of an appropriate formula of the nano-ear formula (in several options) and an internal validation test (alpha tests); • Facas II — external validation tests under conditions similar to actual ones (beta tests), which will result in the production of shorter laboratory printers and the validation of this technology in the market. At this stage, there will also be a very intensive promotion of technology leading to the deployment of the industrial version of a printer onto the industrial market. The project will lead to the development of a breakthrough technology of ultra precision printing of a wide range of nanomaterials. The printing of metallic nanomaterials will enable the production of ultra-thin conductive electrical generating lines, which at the same time will enable an unprecedented level of transparency of the structures that are created to be achieved. The use of the above features of the XTPL technology will allow the development of a new generation of TCF layers (Transparent Films). The XTPL technology will enable TCF layers to be produced at a low cost per unit, with very high optical transparency, at a very low surface resistance. The technology is being developed in global thin-film solar panels as well as in the manufacturing of displays, touch-screens and flexible electronics. (English) / rank
Normal rank
 

Revision as of 21:53, 15 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
The development of a demonstration prototype of a laboratory printer together with appropriate nanotubes leading to the commercialisation of the printing of ultra thin conductive lines for paper electronics applications
Project in Poland financed by DG Regio

    Statements

    country
    Poland
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    EU contribution
    2,457,548.44 zloty
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    589,811.63 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    budget
    4,095,914.07 zloty
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    983,019.38 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    co-financing rate
    60.0 percent
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    start time
    6 March 2017
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    end time
    29 December 2018
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    beneficiary name (string)
    XTPL SA
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    beneficiary
    Q2511727
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    coordinate location

    51°7'34.7"N, 16°58'41.5"E
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    summary
    Przedmiotem niniejszego Projektu jest opracowanie 4 demonstracyjnych prototypów drukarki laboratoryjnej wraz z odpowiednimi formułami nanotuszy oraz dokonania pierwszych wdrożeń u potencjalnych klientów w ramach beta testów (w trakcie których interakcyjnie wprowadzane będą poprawki i udoskonalenia). Po zakończeniu projektu spółka przystąpi do komercyjnej sprzedaży drukarek laboratoryjnych i tuszu. Projekt będzie składać się z dwóch etapów: •Faza I – wytworzenie 4 prototypów drukarki laboratoryjnej na podstawie którego stworzony będzie przedseryjny model drukarki laboratoryjnej, opracowanie odpowiedniej formuły nanotuszu (w kilku wariantach) oraz przeprowadzenie wewnętrznych testów walidacyjnych (testy alfa); • Faza II– zewnętrzne testy walidacyjne w warunkach zbliżonych do rzeczywistych (testy beta) których efektem będzie umożliwienie uruchomienia produkcji krótkoseryjnej drukarek laboratoryjnych i walidacja tej technologii na rynku. Na tym etapie rozpocznie się również bardzo intensywna promocja technologii prowadząca do wdrożenia na rynek przemysłowej wersji drukarki. Projekt doprowadzi do rozwoju przełomowej technologii ultraprecyzyjnego drukowania szerokiej gamy nanomateriałów. Drukowanie metalicznych nanomateriałów, umożliwi wytwarzanie ultracienkich linii przewodzących prąd elektryczny, które jednocześnie umożliwią osiągnięcie niespotykanej dotychczas optycznej przejrzystości wytwarzanych struktur. Wykorzystanie powyższych cech technologii XTPL pozwoli na opracowanie nowej generacji warstw TCF (Transparent Conductive Films). Technologia XTPL umożliwi produkowanie warstw TCF o niskim koszcie jednostkowym, o bardzo wysokiej optycznej transparentności przy zachowaniu bardzo niskiej rezystancji powierzchniowej. Opracowywana technologia ma zastosowanie w globalnych branżach cienkowarstwowych ogniw słonecznych oraz w branży producentów wyświetlaczy, ekranów dotykowych oraz elastycznej elektroniki. (Polish)
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    Identifiers

    Polish Kohesio ID
    RPDS.01.02.02-02-0014/17
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