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In particular, the company is focusing its attention on the eld of sustainable aerial mobility, aiming to contribute signicantly to the development of advanced technologies that promote cleaner and more effcient transportation solutions. Thanks to a collaborative and customer-oriented approach, ADDTOSHAPE positions itself as the ideal partner for projects that require a high level of specialization and technical competence.

The partners of ADDTOSHAPE have gained signicant know-how through years of experience in advanced materials research and additive manufacturing technologies. This competence is re ected in the company’s ability to develop highly sophisticated metallic components using the latest generation of 3D printing techniques. The focus on fundamental research allows ADDTOSHAPE to explore new applications that require technological development based on additive manufacturing and design starting from simulated models, as well as innovative production processes, thereby guaranteeing tailor made solutions that meet the specic needs of clients.

Building upon these premises, it is important to emphasize that Addtoshape has the capability to support the project due to its high level of expertise in metal additive manufacturing, material science, electric motors, and electronics. Additionally, Addtoshape serves as the additive manufacturing division of a well-established company named Seitron SPA. Seitron SPA employs 90 people and generates several million euros in revenue in the sector of electronics. This strong backing provides Addtoshape with additional solidity and resources, enhancing its ability to deliver high-quality products and services. The combination of Addtoshape’s specialized skills and the robust support from Seitron SPA positions the company as a highly capable partner for projects requiring a high level of specialization and technical com- petence. Their collaborative and target-oriented approach makes them ideally suited to push the boundaries of technological innovation, particularly in elds like sustainable aerial mobility.

In particular, the company is focusing its attention on the eld of sustainable aerial mobility, aiming to contribute signicantly to the development of advanced technologies that promote cleaner and more effcient transportation solutions. Thanks to a collaborative and customer-oriented approach, ADDTOSHAPE positions itself as the ideal partner for projects that require a high level of specialization and technical competence.

The partners of ADDTOSHAPE have gained signicant know-how through years of experience in advanced materials research and additive manufacturing technologies. This competence is re ected in the company’s ability to develop highly sophisticated metallic components using the latest generation of 3D printing techniques. The focus on fundamental research allows ADDTOSHAPE to explore new applications that require technological development based on additive manufacturing and design starting from simulated models, as well as innovative production processes, thereby guaranteeing tailor made solutions that meet the specic needs of clients.

Building upon these premises, it is important to emphasize that Addtoshape has the capability to support the project due to its high level of expertise in metal additive manufacturing, material science, electric motors, and electronics. Additionally, Addtoshape serves as the additive manufacturing division of a well-established company named Seitron SPA. Seitron SPA employs 90 people and generates several million euros in revenue in the sector of electronics. This strong backing provides Addtoshape with additional solidity and resources, enhancing its ability to deliver high-quality products and services. The combination of Addtoshape’s specialized skills and the robust support from Seitron SPA positions the company as a highly capable partner for projects requiring a high level of specialization and technical com- petence. Their collaborative and target-oriented approach makes them ideally suited to push the boundaries of technological innovation, particularly in elds like sustainable aerial mobility.

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