Project in the European ambit - Clean Sky 

We are particularly active in European research and development projects on the ​Clean Sky platform. The research activity mainly concerns the area of mechanical power transmissions for aeronautical applications.
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GeT FuTuRe Project 

The project began in 2018 with the participation of a consortium of 3 members: Pisa University, Catarsi Ing. Piero and AM Testing. The project led to the construction of a test bench called IDS (Integral Drive System) for testing a planetary gear-box for aeronautical applications called SAGE 4.
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IDS Test Rig

The IDS test bench is currently hosted at the CRTM Test Facility of the University of Pisa. It has a mechanical power recirculation type architecture with a circulating power of about 20 MW and a maximum rotation speed of 20.000 rpm. The test bench is controlled by a DAQ&C system with about 200 channels and is equipped with a telemetry system that allows the measurement of some peculiar quantities such as, for example, the bending of the teeth of the solar gear.

Hipsgears, Vhlgm and Hilogear Projects

 
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Project in the Regional ambit - POR FESR Tuscany

We are active in research and development projects in the Tuscany region. The research activity is related to several areas of engineering and product development.
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Supply Chain 4.0 Project

The project aims to enable the company to successfully deal with the procurement of complex aeronautical components, through consultancy relating to organizational change and the presence of a Temporary Manager. Project co-financed by POR FESR Toscana 2014-2020, Action Line 1.1.2.

AirFlask Project

The PRO.AIR.FLA R&D project, financed for a total amount of € 1.113.918,00, concerns the construction of a marketable air flask prototype for torpedoes supplemented by documentation that ensures the quality of the product through tests and inspections. Project co-financed by POR FESR Tuscany 2014-2020.

Progetto Smart@lign

The Smart@lign project aims is the development of a lean process for collaborative web design and manufacture, by using an innovative additive manufacturing technology, of customized orthodontic aligners. The project is co-financed by POR FESR Tuscany 2014-2020, AXIS I - ACTION 1.1.5.