3D Printing in Higher Education: 5 Benefits for Universities

3D printing in higher education is changing how universities teach and run research. From engineering labs to medical schools, hundreds of institutions now use desktop 3D printers to give students hands-on access to rapid design and testing. Prices have dropped by more than 90% in a decade. Setup takes hours, not weeks. If you run a faculty, manage a lab, or lead a department, here are five reasons to invest in 3D printing education at your university.

More Affordable and Easier to Operate Than Ever

A decade ago, a single 3D printer cost tens of thousands of dollars. Today, you stock a full university lab with five or six reliable printers for the same spend. For Australian universities weighing up costs, our 3D printer cost guide covers real prices across brands and use cases.

Students no longer need a trained expert to run the machines. UltiMaker includes access to UltiMaker Academy with every printer. Staff and students get online 3D printing courses on setup, daily use, and basic fixes. At Thomas Jefferson University in the US, medical students learn to 3D print in two to three hours. Your team gets up and running fast.

Modern printers also need less upkeep. The UltiMaker S8 and UltiMaker S6 are built for heavy lab use. Less downtime means more print time for students.

3D Printing in Higher Education Spans Every Faculty

3D printing education goes well beyond the engineering lab. With over 200 materials on the market, from standard PLA to carbon fibre blends, flexible filaments, and heat-safe polymers, the uses reach nearly every department.

The Health Design Lab at Thomas Jefferson University is a leading example. Their team turns patient CAT scans and MRIs into 3D printed body models. A surgeon holds and reviews a copy of the body part before surgery. The lab goes from scan to finished model in about one day. Their UltiMaker S5 printers produce full parts in one piece. A complete pelvis, for example, prints as a single object. Before the S5, they printed in two halves and glued them by hand.

Biology, geography, maths, dentistry, and design all use 3D printers in schools and universities today. A 2025 study in Frontiers in Education found 3D models improve spatial thinking, lift test scores in mechanical analysis, and increase student drive to learn. This is a campus-wide tool, not a single-department purchase.

Hands-On Learning Keeps Students Engaged

There is a real gap between reading about a concept and holding it. 3D printing fills that gap. Students build, test, and rework designs in real time.

At NYU Tandon School of Engineering, a student team designs and prints custom braces for children with cerebral palsy. These are low-cost orthotic devices shaped to each child's body. Students earn course credit while working on a long-term research project with real patient results. The work ties study to impact.

This type of hands-on learning also builds job-ready skills. Graduates who know CAD, rapid testing, and step-by-step design are in high demand in product roles, factory floors, and research labs. 3D printers in schools and universities give students those skills before they finish their degree.

A Launchpad for Student Startups

Put the right tools in the hands of driven students and new businesses follow. 3D printing at universities has already launched real companies.

PROTECT3D is a clear case. Kevin Gehsmann and Clark Bulleit, two former Duke University football players, started the company after their teammate Daniel Jones broke his collarbone. They used white light scanning gear to map his torso. Then they designed a custom guard, running several test rounds. Each version cut weight and changed shape to give him more range of motion. The final product fitted his body exactly. Jones was back on the field in three weeks.

PROTECT3D won a US$50,000 prize at the NFL 1st and Future Pitch event. The company now works with professional sports teams across the US.

In Australia, the MakerBot Innovation Centre at the University of Melbourne's NExT Lab puts students at the front of design work. It is one of several Australian universities where 3D printers support coursework, research, and student-led ventures. For any 3D printer for schools or university buyer, these stories show what becomes possible with the right setup.

Flexible, Compact, and Built for Any Campus

Desktop 3D printers are small and simple to install. A power outlet and some material is all you need. No special room. No complex wiring. This makes them easy to place in labs, classrooms, and makerspaces across campus.

Universities with 3D printers found their machines kept running through major disruptions. Staff moved printers between rooms, sent them to remote users, or loaded them on rolling carts. The University of California San Francisco runs a mobile 3D printing service through their Makers Lab. They wheel printers to the department that needs them most.

Remote print software means jobs go to the printer from anywhere on campus. No one has to stand next to the machine. For universities with more than one site or shared lab spaces, this makes 3D printing a low-hassle choice.

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Common Questions About 3D Printing in Higher Education

How is 3D printing used in higher education?

Universities use 3D printing for rapid design testing in engineering, body modelling in medical schools, design checks in building studies, and hands-on STEM learning. 3D printers also support research, student contests, and startup programmes across campus.

What subjects benefit from 3D printing at university?

Engineering, medicine, dentistry, biology, geography, maths, building design, and product design all benefit. Any subject where students need to build, test, or see a physical version of their work gains value from 3D printing education.

Is 3D printing cost-effective for universities?

Yes. A university lab with five to six printers now costs less than one machine did ten years ago. In-house printing also cuts the cost and wait time of sending parts out. See our 3D printer cost guide for Australia for a full breakdown.

How do you set up a 3D printing lab at a university?

Start with a room that has good power and airflow. Pick printers based on your main use. FDM printers like the UltiMaker S8 work well for general university labs. Add a starter set of materials, install UltiMaker Cura (free slicer software), and train your staff. UltiMaker Academy, included with every UltiMaker printer, covers setup and daily use through 3D printing courses online.

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Want to explore 3D printers for your university? View the full UltiMaker range here.

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3D Printer 3D Printing Education Higher Education STEM UltiMaker University