The project combines innovation and sustainability with cost efficiency and it is powered by Ritrama, OMET, IIT - Istituto Italiano di Tecnologia, ILTI, Ferrarini & Benelli and VDGLab.
The call was addressed to pioneering projects that could boost local economies, facilitating connections between private businesses and the academic world as well as technology transfer and the application of cutting-edge innovations.
Among 78 proposals from a pool of top-level organizations, 33 projects were admitted to regional funding, for a total of 114,5 million Euro.
The businesses involved in the initiative bring forward an innovative idea to substantially reduce the environmental impact of consumer goods, with tangible implications in terms of cost-efficiency, ethics and sustainability.
The aim of the project is twofold:
- Evolution of printing processes, innovative labelling and packaging. The new linerless labels will significantly cut down on waste as well as packing and transport costs
- Development of cutting-edge smart labels, capable of adapting to external stimulations (like adjusting the expiry date of a product according to its actual state of conservation) or raise awareness on environmental sustainability.
With the I-Label project, production processes can get even more sustainable thanks to the reduction of energy consumption and to the possibility of employing eco-friendly inks and resins.
Each player is displaying all its distinctive expertise to guarantee the utmost efficiency and innovation at each design and implementation stage.
- Ritrama will take care of the development of new plastic substrates by researching innovative materials
- OMET will produce dedicated lamination devices, while also investigating new printing techniques
- ILTI will deal with the application of the labels at high speed
- Ferrarini&Benelli will implement Corona and Plasma treatment systems to increase the surface tension of substrates
- VDGLab will study Smart Curing systems
- IIT will develop super-fast laser processes to be integrated in printing techniques and, together with OMET, will implement new printing techniques with integrated circuits.
All partners will participate in the study and realization of electronic labels with roll-to-roll printing, and in the production and application of the first prototypes of smart labels.
Within the project Ferrarini & Benelli will cooperate with:
- Ritrama, founded in Italy in 1962, is an industry-leading multinational and the main independent producer of self-adhesive materials in Europe, as well as one of the major global players. With more than 1000 employees and 24 premises all over the world, the company offers a wide range of products among five branches: Roll Label, Graphics, Offset Sheets, Industrial and Polifiber. Its productions plants and R&D centers are located in Europe, Northern and Southern America and the Far East, in addition to the advanced centralized logistic platform at the Headquarters in Caponago (Milan). Ritrama’s products find application in many highly-specialized or commodity industries, like visual communication, offset and serigraphy, labelling for industrial or anti-counterfeiting applications and for the food, wine and pharmaceutical sector. The group features a widespread network of distributors worldwide to guarantee local “just in time” deliveries.
- OMET Group is one of the most relevant and dynamic industries in northern Italy. Founded in 1963 in Lecco, the company is active in the tissue converting, handling, cosmetics and printing sectors (production of narrow- and medium-band machinery for the printing of labels and flexible packaging). Today OMET boasts than 350 employees and a strong international presence on all markets. Its success is built upon the continuous pursuit of excellence and innovation, and its consistent high-quality level, reliability and care for the customer. The company has always been very active for what concerns social responsibility, caring for its co-workers and territory.
- ILTI designs and produces high-quality labelling machines for any production sector. Established in Mantua by the vision of a team with more than 20 years of experience in the field, the company has been supplying labelling solutions to top-level international companies since 2009. Know-how, reliability and partnership with the customer are among the keys to its success, but innovation is its trademark. Ever since its foundation ILTI has indeed been leading the environmental sustainability turnaround in packaging, and for that it commits to a constant Research & Development.
- VDGLab is a young and dynamic start-up, established in 2016 in Lecco as a spin-off of C&E Group S.r.l. Indeed, the firm originated by the passion of the founders and by their dedication to turning ideas into innovative products in the field of optics, electronics and safety for the next decade. Its team of skilled engineers designs and implements environmentally friendly solutions by applying the most efficient technologies and materials according to lean thinking, cost-to-cost design and co-design principles. The many patents already deposited stand as a further proof of that.
- Istituto Italiano di Tecnologia (Italian Institute of Technology) is a scientific research center, established by law in 2003 by MIUR and MEF with the aim to promote the national excellence both in basic and applied research, and consequently facilitate the economic development of the country. The scientific activities of the institute officially began in 2006, following a strategic multidisciplinary plan with a strong technology transfer orientation. The main location of the institute is Genova, but research activities are carried out also in other 11 satellite centers all over Italy and in two laboratories in the US. Its main contribution is found in the research “Printed and Molecular Electronics” (PME) by the Center for Nanoscience and Technology (CNST) in Milan. The study is intended to improve the knowledge of the opto-electronics properties of semi-conducting materials that can be processed by solution, combined organic materials in particular. In addition to that, the aim is to make the most of the possibility to print and apply them in a versatile way in the field of flexible electronics and on large scale.