Curio fish processing systems are transformed with stainless steel 3D printing on the Studio System. On-demand production with office-friendly Bound Metal Deposition technology from Desktop Metal was an affordable, easy-to-use solution that reduced time to market by an entire year, enabling the company to unlock new potential from its products.
(HVAMC) at the State University of New York (SUNY) at New Paltz provides expert advice on 3D printing process and materials to both the campus and local business communities. The Bound Metal Deposition (BMD) technology of the Studio Systems offers HVAMC a classroom-friendly solution.
The University of North Carolina at Charlotte was looking for an easy-to-use metal 3D printer for a classroom space. The Desktop Metal Studio System helped the school's 49er Rocketry Team take second place at the NASA Student Launch with an optimized bracket 3D printed in stainless steel for the High Power Rocket's payload.
Operating as part of a critical supply chain network, Burke Aerospace recognized the increasing role flexible digital manufacturing technologies would play in the future of production. The team adopted metal additive manufacturing to eliminate the lead time and design limitations of conventional tooling for its fast hole EDM process by directly 3D printing stainless steel fixtures with the Desktop Metal Studio System.
Eaton turned to the Studio System to allow for faster retooling on manufacturing lines, speed the development and prototyping of custom parts and to quickly and inexpensively produce maintenance, repair and operations (MRO) parts to keep manufacturing lines up and running.
Azoth in Ann Arbor, Michigan, started their additive manufacturing journey with the Desktop Metal Studio System™. The company still uses the office-friendly Studio System today for one-off and short run volume production of3D printed metal components.
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