MX3D builds aluminium bicycle frame using Wire-Arc Additive Manufacturing

September 12, 2019

MX3D builds aluminium bicycle frame using Wire-Arc Additive Manufacturing
MX3D has produced an aluminium bike frame using WAAM (Courtesy MX3D)

MX3D, the Netherlands, has produced a lightweight aluminium bicycle frame – the Arc Bike II – using its Wire-Arc Additive Manufacturing (WAAM) technology. This is the second WAAM bike frame to be produced at MX3D, following the production of a stainless steel frame designed by the students of TU Delft, the Netherlands.

Using generative design software, the aluminium bike frame’s design was developed by the MX3D team to tailor fit the proportions of the rider’s body. The design was then translated by MX3D’s proprietary software into instructions for its robotic welding arm, allowing the frame to be built within twenty-four hours. 

After building, a ‘smart fixture set-up’ has been developed which would reportedly allow any custom WAAM frame to be prepared easily for riding. According to MX3D, the aluminium bicycle is one of many structures which showcase how the company’s WAAM software can be used for flexible on-demand Additive Manufacturing.

Former projects undertaken by the company to demonstrate its capabilities include its WAAM steel bridge in central Amsterdam, the Netherlands, and the WAAM frame of the Cucuyo café, installed at the Perez Art Museum Miami (PAMM), Florida, USA.

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As well as an extensive AM industry news section, this 172-page issue includes articles and reports on:

  • United Technologies: Pioneering new possibilities for Additive Manufacturing in aerospace
  • Additive Manufacturing at HP: A new ‘centre of excellence’ supports the move to volume production
  • Powder removal: The Achilles heel of powder bed-based metal Additive Manufacturing
  • Defining your digital future: The path to industrial digitalisation in Additive Manufacturing and beyond
  • DfAM insight: How to choose candidate products for AM production applications
  • VBN Components: Additive Manufacturing delivers a new generation of wear-resistant carbide parts
  • Developing an effective metal powder specification for Binder Jet Additive Manufacturing
  • Rapid qualification of new alloys for Additive Manufacturing through a holistic process chain
  • > More information

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