Jamaica's First Metal 3D Printer Lands at UTech — Capable of Producing Jet Engine Parts

Reporting for this article was provided by the University of Technology, Jamaica and the Lloyd Carney Foundation

Key Points

✓ The University of Technology, Jamaica has launched the IMEK Laboratory — the Caribbean's first facility housing a metal 3D printer of this specification — capable of producing titanium and stainless steel components for aerospace, automotive, medical, and dental applications. The US$1.1-million facility was funded entirely by the Lloyd Carney Foundation.
✓ Unlike conventional machining, additive metal manufacturing builds components layer by layer, enabling complex internal geometries that cannot be produced by cutting from solid stock. The resulting parts are lighter, stronger, and more heat-resistant — with direct applications in jet engine manufacturing and industrial energy systems.
✓ UTech President Dr Kevin Brown has designed the IMEK Lab as a university-wide makerspace — open to students from any discipline, not just engineering — with hands-on training across metal printing, plastic and resin printing, laser cutting, and 3D scanning.
✓ The facility is structured for active industry collaboration from its opening, offering rapid prototyping and small-volume, high-value component production to Jamaican companies — work that previously required contracting overseas manufacturers.

Hugh Cargill pauses when describing what the machine in front of him can actually do. The University of Technology, Jamaica programme director has spent months preparing for its arrival, but explaining additive metal manufacturing to someone who has never seen it remains, he admits, a small challenge. "It builds parts layer by layer," he says. "Complex structures that are lighter, stronger, and more heat resistant than what traditional manufacturing can produce." He gestures at the printer — a US$1.1-million piece of equipment now permanently housed at UTech's Kingston campus — and adds: "Titanium. Stainless steel. Jet engine parts, if that's what you need."

The Lloyd Carney Foundation IMEK Laboratory launched this week at UTech's Kingston campus, making Jamaica the first country in the Caribbean to host a metal 3D printer of this specification. The machine can produce aerospace components, automotive brake callipers and pistons, medical implants, and precision dental devices — the same class of components manufactured by industrial facilities in Europe and North America, now available for applied research and rapid prototyping in Jamaica.

IMEK — an acronym for Innovation, Manufacturing, Engineering, and Knowledge — is also a deliberate nod to patois. "I make," in the colloquial. UTech President Dr Kevin Brown says that double meaning captures the lab's intent exactly: not just to house expensive equipment, but to produce graduates who know how to use it.

Open to the Whole Campus

Dr Brown is clear that the facility is not for engineering students alone. "The IMEK Lab is intentionally inclusive. Students from any discipline will be trained to use the equipment — hands-on, experiential learning." Alongside the centrepiece metal printer, the lab houses plastic and resin 3D printers, laser cutters, and 3D scanners, all accessible as a university makerspace. A graphic design student prototyping a product concept has the same entry point as a mechanical engineering student working on aerospace components.

This breadth is what Cargill is most animated about. UTech has long positioned itself as a practical, industry-facing university, and the IMEK Lab is designed to reinforce that through direct engagement: the facility will offer prototyping and manufacturing services to Jamaican companies, taking on small-volume, high-value production runs that would previously have required overseas contractors. The potential applications in Jamaica's manufacturing and energy sectors are immediate, as is the research angle — the lab is positioned for collaboration with external institutions and industry partners from the outset, not as an afterthought.

The funding came entirely from the Lloyd Carney Foundation, established by UTech chancellor and Jamaican-born technology entrepreneur Ambassador Lloyd Carney, who made his career in the United States technology sector before returning his focus to Caribbean institution-building. He has established similar facilities at universities in Boston. "But this is home," he said at the launch. "It means much more to give back here." He described the public-private model behind the IMEK Lab as a template he hopes others will follow — private capital, university infrastructure, and government alignment moving together.

How Additive Metal Manufacturing Works

Additive metal manufacturing — also called metal 3D printing — builds components from scratch rather than cutting them from solid stock. A laser or electron beam fuses fine metal powder in precise, programmed layers, building up the final part one cross-section at a time.

The process enables geometry that conventional machining cannot produce: internal lattices, curved internal channels, and complex load-bearing structures that reduce material use while maintaining strength. For aerospace applications, this means components that are both lighter and more heat-tolerant than cast or machined equivalents.

The IMEK Laboratory's machine works with titanium and stainless steel, producing components to the same specification used in commercial aerospace, automotive, and medical manufacturing.

What the Machine Actually Produces

The technical capabilities are directly applicable to sectors Jamaica is actively developing. Aerospace components, automotive brake callipers and pistons, medical implants, and precision dental devices are all within the machine's production range. Prime Minister Dr Andrew Holness, who attended the launch, referenced Luxembourg's model of high-value manufacturing output as a comparable for what small nations can achieve when education, industry, and capital move in the same direction.

Jamaica's manufacturing sector has historically been concentrated in lower-value production. The IMEK Lab represents a direct investment in whether that can shift — with the facility offering rapid prototyping and small-volume production runs to Jamaican companies as an active service, not a future aspiration.

Dr Brown and Cargill are both careful to frame what the lab is not: a symbolic gesture or a demonstration piece. The equipment is live, the industry collaboration model is active, and the first cohort of students is already being trained. "This is how we build innovators," Cargill says. "This is how we strengthen Jamaica's manufacturing capability."

A Model for Private Investment in Caribbean Education

The IMEK Laboratory was funded entirely by the Lloyd Carney Foundation. Ambassador Lloyd Carney — UTech chancellor and technology entrepreneur — built his career in the United States technology sector before directing his focus to institution-building in the Caribbean. He has established comparable facilities at universities in Boston, but described the UTech investment as carrying particular significance. "This is home," he said. "It means much more to give back here."

Ambassador Carney described the public-private model behind the IMEK Lab as a template for others to follow: private capital paired with university infrastructure and government alignment. The facility's positioning — active industry collaboration from day one, cross-disciplinary student access, and applied research capability — reflects an approach to institution-building that treats equipment investment and workforce development as inseparable.

Frequently Asked Questions

What is the IMEK Laboratory?

The Lloyd Carney Foundation IMEK Laboratory is a digital fabrication facility at the University of Technology, Jamaica, housing the Caribbean's first metal 3D printer of this specification. IMEK stands for Innovation, Manufacturing, Engineering, and Knowledge — and also references the Jamaican patois phrase meaning "I make." The lab includes plastic and resin 3D printers, laser cutters, and 3D scanners alongside the centrepiece metal manufacturing system.

What can the metal 3D printer actually produce?

The machine works with titanium and stainless steel to produce aerospace components, automotive brake callipers and pistons, medical implants, and precision dental devices. It can build parts with complex internal geometries — lattices, curved channels — that conventional machining cannot produce, resulting in components that are lighter, stronger, and more heat-resistant than cast or machined equivalents.

Who can use the IMEK Lab?

The lab is designed as a university-wide makerspace, open to students from any discipline at UTech — not restricted to engineering. UTech President Dr Kevin Brown has stated that students across the institution will receive hands-on training. The facility also offers prototyping and manufacturing services to Jamaican businesses, taking on small-volume, high-value production work that previously required overseas contractors.

Who funded the IMEK Laboratory?

The US$1.1-million facility was funded entirely by the Lloyd Carney Foundation, established by UTech chancellor and technology entrepreneur Ambassador Lloyd Carney. Ambassador Carney has described the investment as a model for private capital supporting Caribbean higher education — combining foundation funding, university infrastructure, and government partnership.

What does this mean for Jamaica's manufacturing sector?

Jamaica's manufacturing sector has historically focused on lower-value production. The IMEK Lab provides direct access to high-specification component manufacturing and positions UTech graduates for careers in advanced industrial sectors. The facility's industry collaboration model — offering prototyping services to Jamaican companies — creates a practical pathway for domestic manufacturers to access capabilities that previously required overseas partnerships.