NSF Puts $8M Behind Nebraska's 3D Printed Healthcare Hub — Built on a Free Prosthetic Hand

The National Science Foundation is putting $8 million behind a statewide 3D printing research hub in Nebraska — and the lab it is scaling up got its start with a prosthetic hand that its designer gave away for free.

Key takeaways

The NSF has awarded $8 million to the University of Nebraska at Omaha to establish the Nebraska Center for 3D Innovation (NE3D), a statewide hub for 3D printed healthcare technology.
The money comes through NSF’s E-RISE program (Research Incubators for STEM Excellence), part of the agency’s EPSCoR effort to build research capacity in states that historically win less federal funding.
NE3D targets three areas: 3D printed prosthetics and assistive devices, antimicrobial printing materials, and patient-specific anatomical models for surgical planning.
It funds a network, not a single lab — UNO, UNL, UNMC and its iEXCEL simulation program, Children’s Nebraska, Clarkson College and Metropolitan Community College are all named partners.
The center scales work UNO’s Jorge Zuniga began in 2014 with the Cyborg Beast, a low-cost printed prosthetic hand for children that he published openly rather than commercialising.

NSF is buying infrastructure, not one experiment

The University of Nebraska at Omaha announced the award at the end of July, and the additive manufacturing trade press picked it up this week. NE3D will be based at UNO’s Biomechanics Research Building, but the grant structure is the interesting part: the award funds a coordinated ecosystem rather than a single principal investigator’s project.

The named collaborators run from research universities to school districts. Alongside UNO sit the University of Nebraska–Lincoln, the University of Nebraska Medical Center and its iEXCEL simulation program, Children’s Nebraska, School District 145, the Autism Action Partnership, the 3D Printing and Training Center at Clarkson College, Metropolitan Community College’s Prototype Design Lab, and industry partner Shabri LLC.

That spread is deliberate. E-RISE sits inside EPSCoR, NSF’s Established Program to Stimulate Competitive Research, which exists to help states that don’t normally clear the bar for large federal awards build the standing capacity to compete. “The E-RISE program is specifically designed to help states such as Nebraska strengthen research infrastructure, develop scientific talent, build collaborations, and become more nationally competitive in strategically important STEM fields,” Zuniga said in the university’s announcement.

Three research pillars

NE3D’s work splits into three tracks. The first is 3D printed prosthetics and assistive devices — specifically, making them more human-like and responsive rather than simply cheaper. The second is antimicrobial materials for 3D printing, aimed at printed parts that resist harmful microbes, which matters for anything worn against skin or used in a clinical setting. The third combines AI, medical imaging and 3D printing to produce patient-specific anatomical models for surgical planning — the same broad category that has been quietly moving from novelty to routine in teaching hospitals over the past few years.

Wrapped around all three is a training pipeline. NE3D will run mentored, interdisciplinary research projects for graduate, undergraduate and high school students across biomechanics and soft robotics, CAD and prototyping, prosthetic and assistive-device development, medical imaging and AI-enhanced medical technology.

A decade of groundwork, not a standing start

Zuniga initiated NE3D in 2016 with a small group of scientists and academics, and the $8 million lands on top of a track record rather than a blank sheet.

In 2014 he designed the Cyborg Beast, a low-cost 3D printed prosthetic hand for children with upper-limb differences, modelled in Blender and printed on desktop machines in his own lab. The design was published in BMC Research Notes in early 2015 and released openly instead of being commercialised — the paper explicitly pitched it as an option for children in developing countries and those with limited access to care.

That led to a 2017 multi-campus follow-on: a $150,000 University of Nebraska Collaboration Initiative grant that put six professors from UNO, UNMC, UNL and the University of Nebraska at Kearney to work on a printed arm prosthesis costing under $50 in materials, aimed at the roughly 1,500 babies born in the U.S. each year with upper-limb defects who frequently go without a prosthesis on cost grounds.

According to 3D Printing Industry, that work now runs out of UNO’s Additive Manufacturing Laboratory — a general workspace of roughly 675 square feet plus a separate 224-square-foot room for metal printing — already backed in part by NIH and NASA grants, with Omaha provider Innovative Prosthetics and Orthotics joining as an on-site clinical partner in 2021.

Why it matters

Healthcare has been additive manufacturing’s most convincing application for a decade, and the bottleneck has rarely been the printers. It has been everything around them: clinicians who know what a printed device can and can’t do, validated materials, regulatory pathways, and enough trained people in one place to move a design from a research paper to a patient.

NE3D is an attempt to fund that surrounding layer directly. It is also part of a visible pattern in federal science funding — treating 3D printing capability as the deliverable rather than any single device. “The long-term goal is not simply to produce individual technologies,” Zuniga said. “It is to build research capacity in Nebraska so that researchers, students, clinicians, educators, and industry partners have the infrastructure and collaborative network needed to develop the next generation of healthcare technologies.”

Whether that produces a commercial product is almost beside the point. Cyborg Beast never did, and it is still being printed.

FAQ

What is the Nebraska Center for 3D Innovation?

NE3D is a statewide research hub for 3D printed healthcare technology, based at the University of Nebraska at Omaha’s Biomechanics Research Building and funded by an $8 million NSF award. It links UNO with UNL, UNMC, Children’s Nebraska, two community and specialist colleges, a school district and industry partners.

What is NSF E-RISE?

E-RISE stands for Research Incubators for STEM Excellence. It sits within EPSCoR, the NSF’s Established Program to Stimulate Competitive Research, and funds states with historically lower federal research funding to build lasting research infrastructure, talent pipelines and collaborations rather than one-off projects.

What was the Cyborg Beast?

A low-cost 3D printed prosthetic hand for children with upper-limb differences, designed by Jorge Zuniga in 2014 and published in BMC Research Notes in early 2015. It used elastic cords for passive finger extension, was printed on desktop machines, and the design was released openly rather than sold.

Will NE3D print prosthetics for patients?

The award funds research, education and workforce development rather than a clinical production service. That said, the underlying lab already has a clinical bridge — Omaha’s Innovative Prosthetics and Orthotics has been an on-site partner since 2021 — and patient-specific anatomical models for surgical planning are one of the three funded research tracks.

NSF Puts $8M Behind Nebraska’s 3D Printed Healthcare Hub — Built on a Free Prosthetic Hand