We are pursuing the project no. FEDS.01.02-IP.01-0015/24 titled ” Increasing the efficiency of the production of glass dosing microcomponents through process optimization and the implementation of image recognition algorithms “, co-financed by the European Union under the European Funds for Lower Silesia 2021–2027 programme.
The project aims to develop a process innovation in the field of optimizing the production process of microcomponents.
As part of the project, Nanores will conduct a series of experimental development works aimed at increasing the efficiency of the production of glass dispensing microcomponents. The main activities include the design and production of a new holder enabling simultaneous processing of many components on the DualBeam device, automation of modification and quality control processes using image recognition algorithms, as well as the construction of a prototype station for the production of semi-finished products.
The Nanores project is aimed primarily at companies from the advanced technology sector, especially those operating in the microelectronics, 3D microprinting and microfluidics industries. The direct beneficiaries will be companies in need of precise microcomponents, such as glass dispensing nozzles, which are used in printing and laboratory systems. The improved production of Nanores will contribute to increased availability of components, which is important for the development of new technological applications. The project responds to the needs of the European market, which is dynamically developing towards local, precise production of components in line with the idea of shortening supply chains and strengthening the technological independence of regions.
The implementation of the project will bring a number of important results. The main effect will be the implementation of a process innovation that will increase the efficiency of microcomponent production. The introduction of automation and our own production line of semi-finished products will enable cost stabilization, independence from external suppliers and shortening the order fulfillment time. Additionally, a scientific publication and promotion of the results at international fairs are planned, which will increase the company’s recognition and the export potential of services.
Project Value: PLN 3 638 157,83
European Funds Contribution: PLN 1 938 738,87
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We inform entities participating in the Project about the possibility of reporting to the The Lower Silesian Intermediate Body information about the possibility of financial abuse, including conflict of interest or corruption, among others, using the anonymous contact form available on the Program website at the link: Report abuse
We inform the final recipients about the possibility of reporting in writing to the Lower Silesian Intermediate Body any suspicions of non-compliance of the Project or the actions of the Beneficiary/Partner/Entity authorized to incur expenses with the Convention on the Rights of Persons with Disabilities, signed in New York on 13 December 2006, and the Charter of Fundamental Rights of the European Union of 26 October 2012.
We are pursuing the project “Production of nano- and micro-components on an industrial scale for breakthrough technologies”.
The project received financial support from the European Union under the European Funds for 2021-2027 – European Funds for Smart Economy.
Project Value: PLN 21,272,506.30
Amount of European Funds Contribution: PLN 14,035,719.44
The project focuses on developing cutting-edge technology to enable the industrial-scale production of micro- and nanocomponents. The manufactured elements will include semiconductor beams, ultra-precise nozzles, nanoneedles, and molecular filters. These precision components are essential for rapidly growing sectors such as electronic microprinting, 3D microprinting, and microfluidics.
As part of the research and development efforts, we plan to create an innovative processing method using focused ion beam technology (Ga-FIB) and a femtosecond laser. Key activities include:
- Investigating new, more cost-effective technologies to reduce production costs while maintaining high product quality.
- Developing specialized solutions such as an advanced reloading system for manufactured components and methods for charge dissipation from each element.
- Automating the production process using machine learning algorithms to manage production and quality control, enhancing the overall system’s efficiency and precision.
These innovations are expected to set new global technological standards.
Additionally, the project activities involve protecting intellectual property and promoting the new technology in international markets. We plan to participate in international trade fairs and conferences and file a patent application under the European patent protection system.
Target Groups:
The project is aimed at companies and industries utilizing micro- and nanocomponents, such as manufacturers of microprinting equipment, medical devices, and microfluidic systems. Our innovation will contribute to the development of breakthrough technologies that are currently limited by high costs and insufficient availability of components. With our technology, it will be possible to not only reduce costs but also speed up deliveries, unlocking new development opportunities across many sectors.
Project Objectives:
- Technological Development and Automation of the Production Process
The primary objective of the project is to develop an innovative technology for the automated processing of materials using a focused ion beam (Ga-FIB) in combination with a femtosecond laser. Automating this process with machine learning algorithms will significantly improve production efficiency, reducing costs while ensuring the highest quality. - Internationalization and Intellectual Property Protection
Another objective is to expand our presence in international markets, particularly in Europe. We plan to enhance our brand recognition through participation in industry events and secure our innovations with a patent application under the EPO procedure.
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We are pursuing the project within instrument Support for SMEs in the promotion of product brands – Go To Brand entitled “Promotion of the DiamantsVivants brand on foreign markets”, funded by the European Union from European Regional Development Fund under Smart Growth Operational Programme 2014-2020.
The aim of the project is to start the export sale of jewelery services by Nanores Sp. z .o.o. Sp. k. and increasing the awareness of the DiamantsVivants brand abroad.
Total value of the project: 172 800,00 PLN
Co-financing of the project from the EU: 122 688,00 PLN
We are pursuing the project “Development of sensors for extreme pressure measurements” in cooperation with the Wrocław University of Science and Technology. Project financed by the European Union from the European Regional Development Fund under the Smart Growth Operational Programme 2014-2020. Project implemented as part of the instrument of the National Center for Research and Development: Fast Track Competition 1 / 4.1.4 / 2020 – Application projects.
The aim of the project is to develop and prepare for implementation of two innovative products – a miniature high pressure sensor and a high vacuum sensor – together with the technology of their production.
Total value of the project: 15 818 977,79 PLN
Contribution of European Funds: 12 730 596,61 PLN
We are pursuing the project within instrument Fast Track 2/1.1.1/2019 about „NanoLensConnection optical fiber connection technology”, funded by the European Union from European Regional Development Fund under Smart Growth Operational Programme 2014-2020.
The object of the project is to develop a new, innovative technology of detachable optical fiber connections.
Total Project Value: 7 861 282,39 PLN
From European Funds: 5 903 788,73PLN
We pursued the project within instrument Fast Track 1/1.1.1/2015 about „Development of NanoPatterning, NanoMarking and NanoIndividualization services together with innovative technology of ion sources for Focused Ion Beam.”, funded by the European Union from European Regional Development Fund under Smart Growth Operational Programme 2014-2020.
The object of the project was to develop a technology of using the ion microscope (Focused Ion Beam) in the jewellery industry and trade in precious stone, particularly diamonds.
Total Project Value: 9.589.867,82 PLN
Form European Funds: 7.518.083,86 PLN