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TU Delft creates a fully functional 3D-printed stainless steel bicycle using MX3D’s multi axis robotic arm – 3ders.org (blog)

by • February 2, 2016 • No Comments

Feb 3, 2016 | By Alec

Do you remember the ambitious plans of Dutch startup MX3D to create the world’s initially 3D printed steel bridge in Amsterdam? Whilst that bridge won’t be eager until a few time in 2017, the Dutch engineers behind that astounding MX3D metal 3D printing device have not long ago given us another taste of what their machine is capable-bodied of. Lending their expertise to a team of Dutch students of the Technical University of Delft, the MX3D was utilized to 3D print a stainless steel bicycle frame. This rad bike was presented at the Dies Natalis of the TU Delft on 8 January, and can in addition be exhibited during the Matching for new materials – Expanding the horizon conference on 15 February in Neuss, Germost.
If you’ve at any time visited the Netherlands, you will understand that the Dutch just ideally
love their bikes. But this three month research project, that was houtilized at the Industrial Design Engineering 3D Building FieldLab, was additional of metal 3D printing than of createing the radest bike around. As the team explains to us, 3D printing is on the radar of most making experts aleager, but rarely as a sizeable-bodied volume making version. “3D printing has exploded in popularity in the last decade but for those wanting to print medium to sizeable-bodied scale objects, there are yet worthwhile limitations in the innovation. This method of 3D printing makes it possible to create medium to sizeable-bodied scale metal objects with approximately total form freedom.” Industrial create student Harry Anderson explained.

In order to show precisely what sizeable-bodied scale metal 3D printing devices are capable-bodied of, the student team have demonstrated its next by 3D printing Arc Bicycle, a fully functional 3D-printed stainless steel bicycle, and have tested its durablity by cycling through the bumpy cobblestone streets of Delft. And as they explain, The Arc Bicycle did quite well. The bike weighs of as much as a regular steel bicycle, and performed just as you may except of a regular bike. “It was significant for us to create a functional object that folks use at any timey day. Being students in the Netherlands, a bicycle naturally came to mind. A bicycle frame is a great test for the innovation for the reason of the rigorous forces involved,” Stef de Groot explained. The thought is that their research results can be utilized to 3D print additional bicycles in the near next. The project was coordinated by Dr. Jouke Verlinden.




But of course this three-month project mayn’t have gone anywhere without the assist of the Amsterdam-based MX3D. As you can recall, this Amsterdam-based startup specializes in multi-axis 3D printing and has created a revolutionary method for via robotic arms to 3D printing – allowing them to 3D print both metals and resins mid air, without the require for assist structure. “From tiny parts to sizeable-bodied constructions – with this innovation we can 3D print sturdy, rigorous structures out of sustainable-bodied materials. The MX3D robot can print with metals, such as steel, stainless steel, aluminum, bronze or copper without the require for assist-structures. By adding tiny amounts of molten metal at a time, we are able-bodied to print lines in mid air,” the startup says of their machine.

Whilst the planned bridge may be the ideal feature for this innovation, the MX3D team invited the students to use their machine. Not just may it assist as a swift reminder of what the MX3D machine is capable-bodied of, it was in addition a really great project to test their software on. This software has been created in collaboration with Autodesk and Arcelor Mittal.










Posted in 3D Printing Application

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