HTL Dornbirn – Educational Innovation and 3D Printing (SLS) Application in Engineering Projects

  • Field: Technical Education, Mechanical Engineering, and Digital Manufacturing

  • Technologies Used: Selective Laser Sintering (SLS / 3D Printing – Sintratec S1)

About the Project

HTL Dornbirn is one of Austria's modern technical education institutions, preparing students for further studies and successful careers in engineering and manufacturing sectors. To provide students with practical knowledge and introduce them to the latest industrial technologies, the institution has integrated advanced additive manufacturing solutions.

Engineering and Manufacturing Solutions

SLS (Selective Laser Sintering) technology was employed for training and practical project implementation, ensuring high printing precision and mechanical strength of manufactured parts:

  • Real Engineering Projects: Students design and print functional components themselves – from unmanned aerial vehicle (drone) camera stabilization mechanisms (gimbals) to specialized longboard wheel hubs.

  • Complete Manufacturing Cycle: SLS technology allows students to practically complete all stages of digital manufacturing: from initial concept and CAD design to final physical product production.

  • Functional Components: SLS printing produces complex-geometry parts that do not require additional support structures and can be immediately used in working prototypes.

Achieved Results

  • Practical Application: Invaluable hands-on experience was gained working with industry-grade 3D printing equipment.

  • Faster Prototype Development: Students can instantly test their designed parts in real mechanisms.

  • High Graduate Market Value: Providing practical skills helps prepare highly qualified specialists who are in high demand in the job market.

Do you have a similar project or idea? Contact us to discuss possible solutions!

icon-target

Challenge

Technical education institutions often lack the capability to provide students with real hands-on experience using industrial-grade technologies. Without modern additive manufacturing methods, theoretical training limits students' ability to rapidly validate engineering ideas and prepare for the evolving needs of the manufacturing sector.

icon-solution

Solution

HTL Dornbirn technical school implemented the Sintratec S1 SLS 3D printing system. This technology enabled students to execute the complete digital manufacturing cycle themselves – from CAD design to production of functional, complex-geometry parts (e.g., drone camera stabilizers or longboard wheel hubs) without additional support structures.

icon-trophy

Result

Students gained direct experience working with industry-grade 3D printing equipment. They were able to instantly test designed parts in real mechanisms and make corrections. Highly qualified specialists were prepared with practical skills in working with the latest additive manufacturing technologies.

Other projects

Need help?

Our team of engineers will help you assess your manufacturing needs, perform ROI calculations, and select the most suitable 3D printing solution.

  • icon-clock We respond within 1 business day.
  • icon-consultation-first Free initial consultation
  • icon-expert Expert team