Education and Professional Training

Professional 3D printing for learning, practicing, and innovating in technical training
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Training in Additive Manufacturing Technologies

Industrial 3D printing now plays a key role in the fields of industry, engineering, and research. To prepare students for the technical careers of tomorrow, many educational institutions, engineering schools, and vocational training centers are now integrating additive manufacturing into their curricula.

eMotion Tech industrial 3D printers enable students and instructors to work with professional equipment identical to that used in industry. This approach promotes hands-on, immersive learning, allowing learners to design, prepare, and produce their own technical parts.

Thanks to FFF/FDM additive manufacturing, students discover every stage of the production chain, from design to part manufacturing.


An Ideal Technology for Technical Learning

3D printing is a highly effective educational tool for understanding the principles of design and industrial manufacturing.
 

Learning Design and Part Manufacturing

Students can design their own parts using CAD (computer-aided design) software, then manufacture them directly using 3D printers. This approach helps them better understand technical constraints, material selection, and manufacturing parameters.
 

Developing Real-World Projects

Integrating 3D printing into technical training allows learners to work on real projects such as prototype design, mechanism creation, or the development of innovative technical solutions.
 

Understanding Modern Industrial Technologies

By using industrial 3D printers, students become familiar with technologies used in companies: additive manufacturing, rapid prototyping, small-series production, and tooling fabrication.
 

Developing In-Demand Skills

Mastering additive manufacturing is becoming an increasingly valuable skill in engineering, mechanical design, industrial design, and production fields.

3D Printers Suited for Educational Institutions

The Strateo3D IDEX420 and Strateo3D DUAL600 Series 2 allow educational institutions and training centers to provide a learning environment close to real industrial conditions.

These machines offer:

  • High printing precision

  • Reliability suited for intensive educational use

  • The ability to produce technical parts or functional prototypes

  • Compatibility with a wide range of industrial materials

Students can experiment with different manufacturing approaches and fully understand the possibilities offered by additive manufacturing.

Applications of 3D Printing in Education

3D printing is used across many areas of training:

  • Engineering schools and technical universities

  • Vocational and industrial training centers

  • Technical high schools and science programs

  • Research programs and student projects

It enables hands-on work, technical prototypes, design projects, and educational demonstrations, while fostering innovation and creativity among students.

 

Why Integrate 3D Printing into a Training Program?

Using an industrial 3D printer in an educational environment offers many advantages:

  • Hands-on and interactive learning of industrial technologies

  • Development of technical skills sought after by companies

  • Creation of innovative educational projects

  • Understanding of modern manufacturing processes

  • Preparation of students for future industrial careers

With these technologies, institutions can offer more comprehensive training programs better aligned with the evolving industrial landscape.

L’expertise eMotion Tech au service de la formation

Les imprimantes 3D industrielles eMotion Tech, conçues et fabriquées en France, permettent aux établissements d’enseignement et aux centres de formation d’intégrer la fabrication additive dans leurs programmes pédagogiques.

En travaillant avec des équipements professionnels, les étudiants développent des compétences concrètes en conception, prototypage et production de pièces techniques, tout en se familiarisant avec les technologies utilisées dans les secteurs industriels modernes.