The grant was awarded by the University of Nebraska, that will also provide the company with technical support. For now, the amount of the awarded grant remains undisclosed.
Dave Rippe, director of the Nebraska Department of Economic Development praised and supported the project, “The Academic Research and Development Program supports partnerships between Nebraska entrepreneurs and academic institutions, and continues to produce incredible results in terms of putting our companies on the leading edge of innovation and enhancing their industry competitiveness,” said Rippe.
The new project will lead to the establishment of Tethon 3D’s first hardware division.
Digital Light Processing (DLP) is a 3D printing technology which commonly uses a digital light projector to cure polymers. It’s potential however to work with cheaper metal feedstock, and produce higher resolution parts has seen increasing interest from other material categories.
Tethon 3D aims to advance the DLP technology to make it fully compatible with its proprietary ceramics and metals for 3D printing. Keran Linder, the CEO of Tethon 3D, explains: “By optimizing a DLP printer for ceramics and metals and formulating our materials specifically for this enhanced printer, the industry can produce stronger and higher resolution ceramic and metal 3D printed parts”.
The company hopes that the development of their desktop DLP 3D printer will give designers and manufacturers options to 3D print complex ceramic and metal objects in high volumes.
Technical help from the University of Nebraska’s Department of Mechanical & Materials Engineering will include, engineer Bai Cui, Prahalada Rao, Ph.D., a 3D printer hardware expert, and Dr. Cui, an additive manufacturing ceramic expert.
thumbnail courtesy of 3dprintingindustry.com