Research and development of new products with implementation (Q115807): Difference between revisions

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(‎Removed claim: summary (P836): The project will be located at the premises of the company in the village of Moon. The company plans to implement a new device, a hip endoprosthesis as a measure with a dedicated instrument and development of the company through diversification of production and expansion of its range. The project is based on research and development (R & D), four stages and the purchase of devices for the implementation of the device (type 2 project). The fol...)
Property / summary
The project will be located at the premises of the company in the village of Moon. The company plans to implement a new device, a hip endoprosthesis as a measure with a dedicated instrument and development of the company through diversification of production and expansion of its range. The project is based on research and development (R & D), four stages and the purchase of devices for the implementation of the device (type 2 project). The following stages will be set on the planned work to be carried out: step 1. Development of guidelines and technical and design assumptions for hip joint implants with a dedicated instrumentation, step 2. Phase 3 of pre-prototypes of implants and pre-prototypes of instrumentsof ramide Prototyping devices and their verification. The use of 3D prototype implants in metal and Ramard Prototyping instruments and subsequent testing of the device readiness to implement Step 4. Planning and carrying out an operating treatment using an implant as a measure and a specially designed instrument. Machinery for the implementation of hip implants to the extent possible: 1. 3D printing printer for plastic. 2. Low temperature steriliser. 3. 3D D medical scan programme. 4. Design for the design of free 3D printing models. 5. Two computer sets. 6. Automatic turning machine. 7. Centre for turning and milling activities. Eligible costs proj.: 6 867 356,27. Implementation strand: 3 396 234,05. The contribution of the implementation component to the eligible costs: 49.45 %. The project will enable the company to exploit its strengths in the form of unpatented knowledge and know-how on the implants planned for implementation, as well as the opportunities offered by the booming demand for medical devices in Poland and worldwide. (English)
 
Property / summary: The project will be located at the premises of the company in the village of Moon. The company plans to implement a new device, a hip endoprosthesis as a measure with a dedicated instrument and development of the company through diversification of production and expansion of its range. The project is based on research and development (R & D), four stages and the purchase of devices for the implementation of the device (type 2 project). The following stages will be set on the planned work to be carried out: step 1. Development of guidelines and technical and design assumptions for hip joint implants with a dedicated instrumentation, step 2. Phase 3 of pre-prototypes of implants and pre-prototypes of instrumentsof ramide Prototyping devices and their verification. The use of 3D prototype implants in metal and Ramard Prototyping instruments and subsequent testing of the device readiness to implement Step 4. Planning and carrying out an operating treatment using an implant as a measure and a specially designed instrument. Machinery for the implementation of hip implants to the extent possible: 1. 3D printing printer for plastic. 2. Low temperature steriliser. 3. 3D D medical scan programme. 4. Design for the design of free 3D printing models. 5. Two computer sets. 6. Automatic turning machine. 7. Centre for turning and milling activities. Eligible costs proj.: 6 867 356,27. Implementation strand: 3 396 234,05. The contribution of the implementation component to the eligible costs: 49.45 %. The project will enable the company to exploit its strengths in the form of unpatented knowledge and know-how on the implants planned for implementation, as well as the opportunities offered by the booming demand for medical devices in Poland and worldwide. (English) / rank
Normal rank
 

Revision as of 14:50, 20 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
Research and development of new products with implementation
Project in Poland financed by DG Regio

    Statements

    country
    Poland
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    EU contribution
    3,878,282.79 zloty
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    930,787.87 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    budget
    6,867,356.27 zloty
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    1,648,165.5 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    co-financing rate
    56.47 percent
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    start time
    25 June 2019
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    end time
    31 December 2021
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    beneficiary name (string)
    MEDGAL SP. Z O.O.
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    beneficiary
    Q2527839
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    coordinate location

    53°1'8.4"N, 23°8'29.0"E
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    summary
    Projekt zlokalizowany będzie w siedzibie firmy w miejscowości Księżyno. Firma planuje wdrożenie nowego wyrobu - endoprotezy stawu biodrowego na miarę wraz z dedykowanym instrumentarium i rozwój przedsiębiorstwa przez dywersyfikację produkcji i rozszerzenie posiadanego asortymentu. Projekt opiera się na pracach badawczo-rozwojowych, w czterech etapch oraz zakupie urządzeń do wdrożenia wyrobu (projekt typ 2). Na planowane do zrealizowania prace badawcze będą składały się następujące etapy: etap 1. Opracowanie wytycznych i założeń technologiczno-konstrukcyjnych projektowanych na miarę implantów stawów biodrowych wraz z dedykowanym instrumentarium, etap 2. Wykonanie przedprototypów laboratoryjnych implantów i przedprototypów elementów instrumentariów metodą rapid prototyping oraz ich weryfikacja. etap 3. Wykonanie prototypów implantów na miarę metodą druku 3D w metalu oraz instrumantariów metodą rapid prototyping, a następnie przeprowadzenie badań potwierdzających gotowość wyrobu do wdrożenia etap 4. Zaplanowanie i przeprowadzenie zabiegów operacyjnych z wykorzystaniem implantu na miarę i specjalnie zaprojektowanego instrumentarium. Maszyny służące do wdrożenia implantów stawu biodrowego na miarę: 1. Drukarka 3D do drukowania z tworzyw sztucznych. 2. Sterylizator niskotemperaturowy. 3. Program do segmentacji skanu medycznego na model 3D. 4. Program do projektowania swobodnego modeli do druku 3D. 5. Dwa zestawy komputerowe. 6. Automat tokarski. 7. Centrum tokarsko-frezarskie. Koszty kwalifikowane proj.:6 867 356,27. Komponent wdrożeniowy: 3 396 234,05. Udział komponentu wdrożeniowego w kosztach kwalifikowanych: 49,45%. Realizacja projektu w zakładanym zakresie umożliwi firmie wykorzystanie swoich mocnych stron w postaci nieopatentowanej wiedzy i know-how w zakresie implantów planowanych do wdrożenia, a także związanych z wykorzystaniem szansy na rynku jaką daje dynamicznie rosnący popyt na wyroby medyczne w Polsce i na świecie. (Polish)
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    Identifiers

    Polish Kohesio ID
    RPPD.01.02.01-20-0125/19
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