EOS Helps Strengthen Indiana Tech's STEM Program
Indiana Tech acquires second EOS additive manufacturing system as part of a $21.5 million expansion of its Zollner Engineering Center and STEM educational programming.
Share
Read Next
EOS M 290 system at Indiana Tech Talwar College of Engineering and Computer Sciences. Photo Credit: EOS
Indiana Tech has acquired its second EOS industrial 3D printer, the Formiga P 110 Velocis, as part of its engineering center expansion and renovation for the Talwar College of Engineering and Computer Sciences program. The polymer selective laser sintering (SLS) 3D printer complements Indiana Tech’s prior investment of its EOS M 290 Direct Metal Laser Sintering (DMLS) metal 3D printer in September 2022, as a tool for its biomedical and advanced manufacturing programming, and new additive manufacturing (AM) certificate.
The university began acquiring AM technology as part of its large $21.5 million expansion and renovation of the Zollner Engineering Center, increasing educational access to state-of-the-art engineering training and equipment within the university’s Talwar College of Engineering and Computer Sciences programs. The expansion is set to be complete in October 2023, nearly doubling the size from its previous structure.
Indiana Tech plans to provide a unique advantage to engineering students with the purchase of EOS’ technology, making it one of the only universities in Indiana to provide access to both polymer and metal AM technology. As the Talwar College of Engineering and Computer Sciences expands, Indiana Tech plans to increase AM educational offerings and programming for incoming students.
“3D printing will have a massive impact on advanced manufacturing by decentralizing production, improving product customization and resource efficiency, and reducing complexity,” says Dr. Ying Shang, Indiana Tech’s dean of the Talwar College of Engineering and Computer Sciences. “As northeast Indiana grows its advanced manufacturing potential, the region’s workforce will need new knowledge and skillsets in additive manufacturing. With the two new additions of innovative EOS 3D printers and additional 3D printers for carbon fiber and other composite materials, Indiana Tech will become the leading institution in the nation for developing new talent in additive manufacturing for automotive, medical device, aeronautical applications and more.”
The purchase of the EOS M 290 and Formiga P 110 Velocis systems were made possible, in part, by support from a private alumni donor and the university’s grant awards, specifically the U.S. Department of Commerce’s Economic Development Administration (EDA) $1.5 million grant to support workforce training efforts. The EDA funding is a part of the American Rescue Plan Economic Adjustment Assistance program, expected to create 700 jobs and retain 100 as a direct result of purchasing technical equipment, such as EOS AM systems.
“As additive manufacturing begins to play a larger role in U.S. manufacturing, it is crucial we prepare the next generation of STEM for the shift in engineer training,” says Greg Hayes, senior vice president of applied technology at EOS North America. “Amid ongoing AM adoption and government investment into the technology, we feel confident that use of our printers will give Indiana Tech students the tools and competitive advantage needed to bolster the workforce and push the boundaries of what we can accomplish with industrial 3D printing.”
- Check out this article on EOS working with nTop to create file capability to limit design data bottlenecks. EOS and nTop have created a new nTop Implicit File that can result in up to 99% smaller file sizes, 500 times faster file generation and 60% faster load time, making it more readily available to additive manufacturing build preparation software for manufacturing.
- Learn about EOS’ sustainable polymers for additive manufacturing. The climate-neutral PA 1101 and carbon-reduced PA 2200 polymer materials are designed to increase production efficiency, while supporting more sustainable additive manufacturing.
Related Content
3D Printed PEEK Spine Implants in Production: The Cool Parts Show Bonus
Curiteva is using Fused Strand Deposition to produce two different lines of FDA-cleared spine implants. We visited the company’s Huntsville, Alabama, facility to learn more.
Read MoreCranial Implant 3D Printed From Hydroxyapatite Ceramic: The Cool Parts Show #76
Cranial implants are typically made from titanium or PEEK; in this episode of The Cool Parts Show, we look at how implants made from a bioceramic can improve osseointegration and healing.
Read MoreActivArmor Casts and Splints Are Shifting to Point-of-Care 3D Printing
ActivArmor offers individualized, 3D printed casts and splints for various diagnoses. The company is in the process of shifting to point-of-care printing and aims to promote positive healing outcomes and improved hygienics with customized support devices.
Read MoreFDA-Approved Spine Implant Made with PEEK: The Cool Parts Show #63
Curiteva now manufactures these cervical spine implants using an unusual 3D printing method: fused strand deposition. Learn how the process works and why it’s a good pairing with PEEK in this episode of The Cool Parts Show.
Read MoreRead Next
New Equipment, Additive Manufacturing for Casting Replacement and AM's Next Phase at IMTS 2024: AM Radio #54
Additive manufacturing’s presence at IMTS – The International Manufacturing Technology Show revealed trends in technology as well as how 3D printing is being applied today and where it will be tomorrow. Peter Zelinski and I share observations from the show on this episode of AM Radio.
Read MoreHow Avid Product Development Creates Efficiencies in High-Mix, Low-Volume Additive Manufacturing
Contract manufacturer Avid Product Development (a Lubrizol company) has developed strategies to streamline part production through 3D printing so its engineering team can focus on development, design, assembly and other services.
Read More3MF File Format for Additive Manufacturing: More Than Geometry
The file format offers a less data-intensive way of recording part geometry, as well as details about build preparation, material, process and more.
Read More