Impact

Cutting-edge industrial prototyping with metal 3D printing

Affordable 3D metal printing with Meltio Technology

Meltio technology is a metal 3D printing system based on laser and metal wire deposition, also known as Laser Wire Directed Energy Deposition (DED). This technology enables the fabrication of high-density metal parts directly from digital files, without the need for hazardous powders or special atmospheres. It is efficient, safe, and versatile—ideal for functional prototyping, repair, and the manufacturing of industrial components in sectors such as aerospace, medical, and automotive.

The School of Engineering and Sciences at Tecnológico de Monterrey, under the leadership of Dr. Ciro Rodríguez and Dr. David Romero, has taken a strategic step toward advanced manufacturing by integrating Meltio's metal 3D printing technology into its capabilities. This cutting-edge technology allows students, researchers, and industrial partners to develop functional metal prototypes with high precision and design freedom. The initiative is part of a broader ecosystem focused on innovation. Thanks to collaboration with ALAR and SITRES, the RAPID 3D Lab is consolidating its role as a benchmark in technological innovation and talent development for the challenges of the future industrial landscape.

Connecting Technology and Education to Transform Industry

Discover how Tec de Monterrey, together with ALAR and SITRES, is driving advanced manufacturing with Meltio and training the next generation of industrial leaders.

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Immersion with MIT technology: FrED Factory

What is AlFrEDo?

AlFrEDo Factory is a laboratory at Tecnológico de Monterrey inspired by MIT's learning approach (FrED Factory), where students work on real-life projects within a "classroom factory." It focuses on solving industrial challenges through technology, advanced manufacturing, and collaborative innovation methodologies. The space promotes active learning with prototyping, digitalization, and automation tools.

Would you like to learn more about this educational initiative?

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Industry 5.0: Projects with Real Impact

Industry 5.0 is an evolution of the Industry 4.0 concept. It focuses on re-humanizing technology by promoting collaboration between humans and advanced machines (such as collaborative robots and artificial intelligence) to achieve more personalized, sustainable, and human-centered production.

For Mexico, the Industry 5.0 paradigm will require a significant upgrade of its current manufacturing systems—most of which are still between Industry 3.0 and 4.0 maturity levels—in order to first become smart and “sustainable,” and later evolve to be human-centered and resilient.

Technology with Human Purpose

Projects such as the implementation of collaborative robots (cobots) in assembly processes demonstrate how automation can improve occupational health, reduce fatigue, and increase productivity without replacing the human operator. They are also developing safer, more ergonomic, and adaptable work environments, promoting true human-machine collaboration.

Smart and Sustainable Systems

El diseño de sistemas de manufactura eficientes en materiales, energía y agua permite reducir la huella ambiental de la industria. Desde procesos circulares hasta tecnologías de bajo consumo energético, los proyectos del laboratorio impulsan soluciones que integran la sostenibilidad como ventaja competitiva y compromiso ambiental.

Medical Innovation for a Resilient Future

The creation of smart medical devices, biodegradable implants, and customized biofabrication processes position the laboratory as a leader in healthcare innovation. With approaches such as additive manufacturing, microprecision lasers, and techniques like MEW and JS-LMSW, solutions are developed that not only save lives but also strengthen the ability to adapt to global challenges.

Do you want to be part of or promote an impactful project?

Visit the official website of the School of Engineering and Sciences at Tecnológico de Monterrey to learn about its projects, laboratories, strategic collaborations, and advances in technology and innovation.

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EIC industry transformation projects

Driving the Future through National Collaboration

MADiT National Laboratory fabricated parts

Researchers from the RAPID 3D Lab are part of MADIT, an initiative that unites leaders in additive manufacturing to transform Mexican industry through innovation.

The objective of Laboratorio Nacional de Manufactura Aditiva y Digital (MADiT) is to promote research, technological development, the training of specialized human resources, and the provision of services in its areas of expertise (Additive Manufacturing, 3D Digitization, Computed Tomography, and Digital Manufacturing) with applications in the healthcare, industrial, and academic sectors, for the benefit of society.

Do you want to learn more about the projects that drive engineering in Mexico?

Explore ICAT-UNAM's MADiT initiative and discover how researchers, universities, and technology centers are collaborating to transform industrial innovation in the country.