Power.Printed.

We are creating an innovative direct-drive axial flux motor for robotic applications, enhanced through additive manufacturing.  

Project

Vision

We envision a future where the production of electric motors is faster, more flexible and more efficient through means of additive manufacturing.  

AMflux leverages this technology to create axial flux direct-drive motors that combine precision and performance and are individually tailored to each application. Additive manufacturing enables complex cooling structures and magnet flux-optimized geometries. This enables true creative freedom.

Our vision: To drive innovation and create the next generation of electric motors for robotics and automation.  

Mission

AMflux develops and builds axial flux motors that meet the high torque and precision requirements in robotics without the need for a gearbox. We combine additive manufacturing with parametric modelling to adapt our product to different loads and sizes in no time.  

As a Focus Project at the Advanced Manufacturing Lab at ETH Zurich, we benefit from state-of-the-art infrastructure and direct research expertise. Our team of nine students combines innovative spirit and drive to make the electric motor of the future a reality.  

Technology

Compared to conventional radial-flux motors, axial-flux motors offer higher torque density. With the axial arrangement of the magnetic field, they can generate more torque for the same diameter.

Additive manufacturing opens new degrees of freedom in design. Complex internal cooling structures enable active cooling all the way to the core. Geometries optimized for magnetic flux and precisely manufactured rotor and stator components boost efficiency and performance. We can easily customize the design to suit different applications through the use of digital manufacturing technology.

In Short

  • Increased torque density
  • Maximum design freedom through additive manufacturing
  • Efficient cooling thanks to integrated structures
  • Reduced losses due to improved magnetic flux
  • Decreased timelines from concept to prototype

Team

Linus Studer

Controls

Project Manager

Nicolas Perruchoud

Process Development

Finance Officer

Wendelin Roth

Controls

Sponsorship Coordinator

Lino Wenger

Rotor Development

Social Media & Website

Flurin Schiltknecht

Cooling

Photographer & Videographer

Elia Rigert

Stator Development

Graphic Design

Raphael Blumenbach

Process Development

Systems Engineer

Haixiao Wang

Simulation

Technical Support

Marino Raggini

Housing Development

Safety Officer

Linus Studer

Controls

Project Manager

Nicolas Perruchoud

Process Development

Finance Officer

Wendelin Roth

Controls

Sponsorship Coordinator

Lino Wenger

Rotor Development

Social Media & Website

Flurin Schiltknecht

Cooling

Photographer & Videographer

Elia Rigert

Stator Development

Graphic Design

Raphael Blumenbach

Process Development

Systems Engineer

Haixiao Wang

Simulation

Technical Support

Marino Raggini

Housing Development

Safety Officer

Experts & Coaches

Prof. Markus Bambach
Professor of the Advanced Manufacturing Lab
Dr. Michael Tucker
Project Supervisor
Patrick Moser
Coach
Kalle Laitinen
Coach
Otto Laitinen
Coach
Dion Pirchl
Coach
Prof. Markus Bambach
Professor of the Advanced Manufacturing Lab
Dr. Michael Tucker
Project Supervisor
Patrick Moser
Coach
Kalle Laitinen
Coach
Otto Laitinen
Coach
Dion Pirchl
Coach

Academic Partners

Sponsors

Help us to bring our vision to life!

We are looking for Sponsors to support our mission. Whether through financial support, in-kind donations in materials, parts, services or technical advice, your help is invaluable.

In the sponsoring brochure, you will find the partnership model that suits you best.

We appreciate any form of support.

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Silver

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Contact us

ETH Zurich - amlz
Focus-Project AMflux, F43
Wendelin Roth
Technoparkstrasse 1
8005 Zurich
Switzerland

E-Mail: amflux@ethz.ch
Phone: +41 78 646 02 03

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