SUPPORT FOR INVESTMENTS BY INDUSTRIAL SMES IN TECHNOLOGICAL MODERNIZATION AND CREATION OF NEW PRODUCTION UNITS
Project title
VITTORAZI MOTORS: FLY TO INDUSTRY 4.0
Description
The project involved the integration of a Makino A61NX vertical machining center and a laser marking machine into the production line. Thanks to these technologies, the company has increased efficiency, precision, and traceability while reducing production time and costs. The investment has also supported the digitalization of processes in line with Industry 4.0 principles, enhancing sustainability and competitiveness.
Objectives
Innovation of production processes through advanced CNC and laser technologies Reduction of processing times and optimization of energy resources Development of new hybrid engines for light aircraft systems, strengthening competitiveness
Results
Increase in productivity and reduction of processing times Improvement in engine quality and precision, with tighter tolerances and superior finishes Successful implementation of Industry 4.0 technologies, with more connected, sustainable, and intelligent processes
THIS INITIATIVE IS CARRIED OUT WITH THE CONTRIBUTION OF THE EUROPEAN UNION FOR €194,300.00
RESEARCH AND DEVELOPMENT TO INNOVATE THE MARCHE REGION. UNMANNED AERIAL VEHICLE (UAV) Powered Paraglider
Project title
UNMANNED AERIAL VEHICLE (UAV) Powered Paraglider
Description
The project developed a flexible-wing remotely piloted aerial system with hybrid propulsion, characterized by high autonomy, stability, and payload capacity. The modular and scalable platform, designed for the agro-industrial sector and land protection, enables safe and efficient autonomous missions even in confined areas, exploiting updrafts to reduce energy consumption. It has been successfully applied in precision agriculture, environmental monitoring, risk prevention, and emergency management, introducing an innovation compared to conventional drones.
Objectives
Technological development and innovation – Operational efficiency and reduced consumption – Platform modularity and adaptability – Multi-sector applications – Safety and sustainability.
Results
Development of an innovative system – Safe and efficient autonomous missions – Use in various application contexts – Reduction of operating costs – Increased competitiveness and added value.
THIS PROJECT IS CARRIED OUT WITH THE CONTRIBUTION OF THE EUROPEAN UNION FOR €259,460.96
Progetto cofinanziato dal Fondo Europeo di Sviluppo Regionale
VITTORAZI MOTORS 250CC
(POR Marche FESR 2014-2020 Asse 1 - OS 1 - Azione 1.2)
DESCRIZIONE DEL PROGETTO
Il progetto prevede, a partire da risultati di ricerca già acquisiti, l'ingegnerizzazione e l'industrializzazione di un nuovo prodotto..
OBIETTIVI
Il progetto ha tra gli obiettivi: l'ingegnerizzazione e prototipazione esecutiva del nuovo motore, il miglioramento delle caratteristiche prestazionali e tecniche del prodotto, l'industrializzazione del nuovo motore, la promozione del prodotto innovativo e sviluppo della fase di commercializzazione per il nuovo mercato.
RISULTATI
Ingegnerizzare, industrializzare e produrre il nuovo motore da proporre a un nuovo settore di clientela, acquisendo una fetta di mercato importante per lo sviluppo dell'impresa.
Investimento totale: 687.291,60 euro | Finanziamento pubblico: 337.675,80
