Find out what’s new in this section. You can be informed about our participation in trade shows, about new case studies, developed both internally and in collaboration with universities and research departments.
You will also find here updates on the installation of new equipment and machinery. Don’t forget to follow us on our social channels to find out more about our activities.
Ciesse at RM Forum 2021, the conference dedicated to the Italian additive manufacturing ecosystem
Ciesse celebrates 13 years of additive manufacturing
Ciesse expands its metallurgical lab
A Prosthesis for partial hand amputation
A hand exoskeleton for rehabilitation
Our Services
Additive Manufacturing
Powder-bed fusion laser melting is an additive manufacturing process that allows for the
manufacturing of complex metal components directly from a 3D file. First, the 3D file is elaborated
through specialized software and supports necessary for the build process and easy to be
removed in the post-production phase are added.
Machining
The combination of additive manufacturing and machining techniques is one of the most advanced technological mix to produce high-precision mechanical components. Ciesse milling, turning, electro-discharge machining departments allow, one side, to manufacture series of components totally produced through chip removal; on the other side, the same departments allow performing the necessary secondary operations on raw components manufactured by additive manufacturing.
Quality Control
Ciesse testing department has three main objectives: to verify that supplied materials (raw or semi-finished) comply with quality standards; to support departments involved in the production process of mechanical components and to test finished parts, providing all certifications that a given client requires.
3D Modeling
DfAM – Design for Additive Manufacturing (DfAM) is one of the most interesting frontiers, because it allows rethinking the design phase as to optimize all the advantages offered by the powder-bed laser melting (ex. light weighting)