新加坡六合彩开奖资料

Grant To Fund Science Lab Upgrades

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Posted on September 20, 2021

Lance Crawford

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The University of South Alabama will expand its research capabilities with additional 3D printers and renovate laboratory space with a $644,045 CARES Act Recovery Assistance grant. The University is providing a match of $161,011.

The funds, granted from the U.S. Economic Development Administration, will be used for renovation in the Science Laboratory Building and to purchase several mid-range 3D printers, including a metal printer and several smaller printers.

鈥淭his project will be a huge increase in the 3D printing capabilities on campus and the local area,鈥� said Dr. Matthew Reichert, assistant vice president in the office of research communications.

The University had letters of support for their proposal from numerous local companies including Arkema, Airbus, Austal, Continental and Evonik.

鈥淭his EDA grant is excellent news for the University of South Alabama and the surrounding Mobile area,鈥� said U.S. Sen. Richard Shelby. 鈥淚 am pleased EDA recognizes 新加坡六合彩开奖资料鈥檚 ability to benefit the local economy.鈥�

This project was made possible by the regional planning efforts led by the South Alabama Regional Planning Commission. EDA funds SARPC to bring together the public and private sectors to create an economic development roadmap to strengthen the regional economy, support private capital investment and create jobs. 

鈥淥ur students will benefit from being trained on some of the latest equipment and software for additive manufacturing,鈥� Reichert said. 鈥淐ollaborations with local industry will provide support for prototyping objects to inspect before production as well as provide productions quality objects for testing before full implementation.鈥�

3D printing, also known as additive manufacturing, is the process of creating an object by depositing material layer by layer to build up the object. In subtractive manufacturing, material is removed until the desired object is produced. Sculpting, lathe-turning, and milling are examples of subtractive manufacturing.   

First developed in the early-1980s, 3D printing has been a booming industry for about a decade, but the technology has improved dramatically in the past several years. 

鈥淲e can now 3D print materials that people 10 years ago would never have considered, such as edible food or high-strength polymers,鈥� said Dr. Edward Duranty, assistant professor in South鈥檚 chemistry department. 鈥淣ew printing technologies can yield parts that are almost indistinguishable from their traditionally molded or casted counterparts.鈥�

Duranty is excited about the smaller 3D printers that will be purchased through the grant because they鈥檒l be used for testing new materials and printer modifications. The additional technology and renovated lab space will greatly benefit researchers University-wide.

鈥�3D printing is still very much an art form in some respects and the knowledge that a researcher gains while working with various printers and materials used in printing can be incredibly valuable to others in the field,鈥� he said. 鈥淗opefully this new lab space will promote collaboration among these faculty scattered across the various colleges while also providing a place for researchers interested in starting with 3D printing to come and find out more information about the field.鈥� 

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