The IRCRAM4.0 project, a new methodology to approach the design and construction of Additive Manufacturing (AM). Fusion Deposition Modeling products for applications of large dimensions. MasterPrint is Ingersoll Machine tools ,5 axis 3D printer for additive Manufacturing and milling
Camozzi Automation is the leader of an advanced automation project that won the "Open innovation" call from the Lombardy Region, an initiative implemented as part of PRIORITY AXIS I - STRENGTHENING RESEARCH, DEVELOPMENT AND INNOVATION.
Project leader:
Partner:
Target:
Specific analysis aimed at reducing noise in machine tools to be obtained with the introduction of innovative vibration damping solutions by applying ANT (Active Noise Control) and AVC (Active Vibration Control) techniques to define appropriate interventions to be made to the machine structure and '' identification of the critical monitoring points.
Realization:
Creation
of a new approach to mechanical design (and more) that makes use of the technology introduced by AM for the production of parts that cannot be made with traditional processes. This approach, and the related techniques, will be developed thanks to the creation of a training and experimentation center at the Kilometro Rosso campus equipped with an SLM (Selective Laser Melting) machine with open and configurable parameters. Finally, the new methods will lead to the creation of innovative products both in terms of production process and materials (composites in primis);
Development
of AM machines equipped with artificial intelligence and a tolerance measurement system that allows you to process a real-time control of the printing process, of the dimensional and mechanical properties of the products obtained;
Realization
of a cluster of robots in a 4.0 perspective for the manipulation of large objects;
Study
for the creation of new materials for AM, such as metallic, polymeric and composite materials, to be used and tested in the solutions identified;
Analyses
of new methodologies to be applied to large structures starting from thermoelasticity techniques, which will allow to acquire images from which it will be possible to obtain information on the dimensional and mechanical characteristics of the finished product.