Textul licitației

ally for 3D printing applications. This addition will greatly benefit courses such as chemistry, electronics, materials science, and physics, among others. Therefore, the equipment must be user-friendly, easy to maintain, and compact enough to fit within the laboratory space. Furthermore, it should be capable of working with small batches of metals while still producing powder of the desired size. The equipment should support cutting-edge materials research. The primary target materials are magnesium (Mg) and titanium (Ti), which are crucial in biomedical applications. However, the equipment should not be limited to these metals; it should also be versatile enough to handle zinc (Zn), stainless steel, and other ferrous materials, enabling a broad range of research possibilities. As Luleå University of Technology is known for its advanced materials science research facilities, the ultrasonic metal powder atomizer will enhance the efficiency of research projects. It will provide researchers and students with the opportunity to develop new materials specifically for 3D printing technologies, further strengthening the university's position at the forefront of materials science innovation.Identificatorul procedurii: deb6f320-e4eb-4834-8f9a-3ac429db9808Identificator intern: LTU-4302-2024Tip de proced