1. Research Infrastructures
  2. ADDITIVE MANUFACTURING LABORATORY

ADDITIVE MANUFACTURING LABORATORY

Offering main image The Additive Manufacturing Laboratory is equipped with a 5-axis LASERTEC 65 DED Hybrid – DMG MORI CNC machining center, which ensures flexibility in the production process by combining additive and subtractive manufacturing in a 3D space, resulting in high-quality machined surfaces. Processes are continuously monitored, ensuring operational safety and quality management. Products are designed using a comprehensive hybrid CAD/CAM system that enables the creation of part programs for both additive and subtractive processing. The machine is ideal for prototyping and testing innovative technological solutions. In this context, it is possible to produce parts from different materials integrated into a single manufacturing process. The application-based operating system provides an interface compatible with the Industry 4.0 concept. The machine is equipped with a significant number of sensors that collect process parameters and with devices for transmitting digital information. Thus, all relevant information regarding the technological processes can be transmitted to IoT and “Deep Learning” servers.

Scientific domain

PE8: Products and Processes Engineering


 

PE11: Materials Engineering


Keywords

Research Facilities


 

Scientific Collaboration


 

Interdisciplinary Research


Home partner institution

University of Oradea


Website

https://ctt.uoradea.ro/?page_id=4235

Technical staff available

Yes

Open to external users

Yes

Equipment

5-axis LASERTEC 65 DED Hybrid – DMG MORI CNC machining center

Description

The Additive Manufacturing Laboratory is equipped with a 5-axis LASERTEC 65 DED Hybrid – DMG MORI CNC machining center, which ensures flexibility in the production process by combining additive and subtractive manufacturing in a 3D space, resulting in high-quality machined surfaces. Processes are continuously monitored, ensuring operational safety and quality management. Products are designed using a comprehensive hybrid CAD/CAM system that enables the creation of part programs for both additive and subtractive processing. The machine is ideal for prototyping and testing innovative technological solutions. In this context, it is possible to produce parts from different materials integrated into a single manufacturing process. The application-based operating system provides an interface compatible with the Industry 4.0 concept. The machine is equipped with a significant number of sensors that collect process parameters and with devices for transmitting digital information. Thus, all relevant information regarding the technological processes can be transmitted to IoT and “Deep Learning” servers.