With a focus on high quality metal powder products and services, adding consistency and reducing risk.
Carpenter Additive are dedicated to working in partnership with customers, focusing on high quality metal powder products and services, adding consistency and reducing risk.
Customers around the globe value and trust the highly experienced team at Carpenter Additive, with unrivalled AM industry knowledge and a commitment to developing solutions and optimizing performance.
The Athens, Alabama-based ETC is the facility for demonstrating and driving the commercialization of new technologies within Carpenter Technology. Completed in November, 2019, the current development center is focused on expanding AM technologies by building out a 50,000-square foot production space.
The first phase of this world-class facility has the ability to take a range of metal alloy feedstock, atomize it into powder and then manufacture the powder into finished parts using AM technology. Underpinning the whole process is a digital thread that maintains full traceability and analytical insights from powder to finished metal part. Those parts can then be qualified for use in a range of cross-industry applications from aerospace and transportation to oil and gas and energy.
Carpenter Additive offers exciting and challenging careers within the rapidly growing metal additive manufacturing and 3D printing industry. Rewarding opportunities are available for those interested in joining an industry leader. Please feel free to visit Carpenter Technology's career website to see available positions.
Carpenter Additive, through its local corporate sites, runs active Corporate Social Responsibility (CSR) programmes, supporting a range of different charities. We are also proud to provide financial support and to encourage employee volunteerism that benefits the community through our CarpenterCARES program.
Our complete “powder to part” metal technology capabilities accelerate materials innovation, reduce risk and improve economics. Partner with us to push the boundaries of additive manufacturing.