Titomic, a company specializing in additive manufacturing, will be working with the University of Alabama in Huntsville (UAH) to further develop cold spray technology. The aim of the collaboration is to research and optimize material properties that are relevant for various industrial applications. In particular, the focus is on aerospace, defense, energy supply and the oil and gas industry.
Cold spray processes enable the production and repair of metallic components by applying fine powder particles to a surface at high speed. The impulse of the impact causes the particles to bond without generating significant heat, which reduces the risk of material damage. UAH’s research will focus on identifying parameters that influence the mechanical and structural properties of these materials.
In addition to improving existing processes, the cooperation will also investigate topics such as automation, robotics and augmented reality (AR) in the long term in order to further optimize manufacturing technologies. The aim is to develop more efficient production processes that open up new opportunities both economically and technologically.
Titomic CEO, Jim Simpson, is excited about the partnership: “We are thrilled to partner with The University of Alabama in Huntsville. Together, we will push the frontiers of cold spray technology and additive manufacturing, delivering solutions that will have a profound impact on industries from aerospace to energy.”
Dr. Charles L. Karr, UAH President, added, “This partnership offers exciting opportunities to combine Titomic’s pioneering cold spray technology with UAH’s cutting-edge research and resources. By working together, we aim to accelerate the development of novel materials and manufacturing methods, shaping the future of the industry.”
The partnership underlines the growing importance of additive manufacturing in high-tech industries. Cold spray could establish itself as a key technology for the maintenance and manufacture of metallic components, particularly where conventional welding or casting processes reach their limits. The combination of industrial application and academic expertise should result in practical solutions that have a lasting impact on the manufacturing sector.
Subscribe to our Newsletter
3DPresso is a weekly newsletter that links to the most exciting global stories from the 3D printing and additive manufacturing industry.
