How Nottingham’s Education and Research Sector is Using 3D Printing for Innovation
Nottingham’s universities, schools, and research centres are embracing 3D printing to transform the way students and academics learn, teach, and…
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Source: Nottingham Trent University
Nottingham is known for its world-class universities, thriving technology sector, and forward-thinking approach to education. Now, education 3D printing in Nottingham is giving students, researchers, and teachers the tools to turn their ideas into reality — faster, cheaper, and more creatively than ever before.
From primary schools introducing 3D printers into STEM lessons to research facilities producing complex prototypes, 3D printing is becoming an essential tool across Nottingham’s academic landscape.
At SGD 3D, we work closely with schools, universities, and research centres to provide ISO 9001-certified FDM, SLA, and SLS printing, ensuring that every project — from a Year 7 design prototype to a PhD-level research component — meets the highest standards.
STEM (Science, Technology, Engineering, and Mathematics) subjects are vital for preparing young people for the jobs of the future. 3D printing allows Nottingham schools to:
Bring lessons to life — Students can design and print their own models, from architectural structures to mechanical parts.
Encourage problem-solving — Pupils learn iterative design by improving prototypes based on real-world feedback.
Inspire creativity — Printing opens up hands-on learning opportunities beyond textbooks and theory.
Nottingham’s universities are leaders in engineering, medical sciences, and product design research. With research 3D printing in Nottingham, academics can:
Produce accurate functional prototypes for testing.
Create custom lab equipment at a fraction of the usual cost.
Speed up development cycles without the need for traditional manufacturing delays.
One engineering department recently used our FDM printing service to manufacture high-temperature and chemical-resistant PEEK 3D printed parts as part of their lab apparatus.
3D printing has significant potential in healthcare and biosciences, areas in which Nottingham is heavily involved. Education and research institutions use additive manufacturing to:
Produce anatomical models for teaching medical students.
Manufacture customised equipment for lab experiments.
Create patient-specific prototypes for surgical planning.
Budgets are often tight in education, and traditional manufacturing methods can be too expensive for schools and research labs. 3D printing offers:
Affordable prototyping — No need for expensive tooling or moulds.
On-demand production — Only print what you need, when you need it.
Material efficiency — Less waste compared to subtractive manufacturing.
Education 3D printing in Nottingham isn’t limited to classrooms and labs — it also acts as a bridge between academia and local businesses. Students can work on real-world projects in collaboration with industry partners, providing valuable experience and creating career opportunities.
For example:
Engineering students working with automotive companies or aerospace on prototype designs.
Medical students partnering with hospitals on surgical device concepts.
Design students collaborating with local start-ups to create product prototypes.
Sustainability is a growing focus in both education and manufacturing. 3D printing supports Nottingham’s sustainability goals by:
Reducing waste material during production.
Allowing the use of recyclable and biodegradable filaments.
Enabling local production to cut transportation emissions.
Education 3D printing in Nottingham is reshaping how students learn, how researchers innovate, and how academic institutions connect with industry. Whether it’s a Year 9 STEM project or a ground-breaking research prototype, 3D printing is empowering the next generation of thinkers, creators, and innovators.
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