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What We Do

The AMPrint Center collaborates with industry, government, and academic partners to develop the next generation of additive manufacturing (AM) and 3D printing (3DP) technologies, materials, and applications. The Center's world-class facilities for metal, composite, ceramic, electronic, and polymer AM are run by experts in the field with dozens of years of experience.

RIT's industry-friendly IP terms allow partners to focus on what matters - technology development and transfer. The AMPrint Center has extensive experience helping small, medium, and large companies write grant proposals to secure government funding for innovative R&D projects. Likewise, the AMPrint Center can provide matching funds for projects under certain conditions. Interested in learning more? Reach out to us to discuss how the AMPrint Center can help address your AM/3DP needs.

The AMPrint Center Unveils New High Speed Multi-Nozzle Molten Metal Jetting (MMJ) Process at SFF!

The AMPrint Center reveals their work on the design of a new high-throughput molten metal droplet jetting additive process at the 35th Annual International Solid Freeform Fabrication Symposium (SFF) in Austin, Texas!

For more details, watch this video from one of the researchers on the development team, Mechanical and Industrial Engineering PhD student Irtaza Razvi  

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Learn

Engage in a variety of full and short courses, workshops, and symposia alongside experienced AM experts

Research

Co-develop with our team to create the next generation of AM processes, materials, and applications

Make & Test

Access world-class AM facilities for prototyping, testing, and analyses

Commercialize

Capitalize on RIT’s industry-friendly IP, start-up expertise, and SBIR and STTR partnering ability to accelerate your company’s success

A panorama view of the AMPrint lab from a slightly elevated position. Various machines are being operated by a few people.

Capabilities

The AMPrint Center houses several AM processes to print metal, polymer, composite, ceramic, and novel materials and contains equipment for drying, curing, and characterization.

News

Connect with Us!

Denis Cormier
Professor
585-475-2713
Jade Myers
Research Development Specialist
585-475-6297
Susan Rausch
Staff Assistant
585-475-4141