MGN12H Centering Tool For 20 Series Extrusion

Tool used to center MGN9H rail on a 20mm wide piece of aluminum extrusion while fastening it down as seen in the following video:

In this episode, I assemble the X gantry with the newly designed MultiJet Fusion printed parts, and install it onto the frame.

I have redesigned the typically FDM 3D printed functional parts to now be manufactured using multi-jet fusion 3D printing process. This means that the typical limitations and weak points of FDM printing are eliminated. The once two piece parts are now solid single piece parts with isotropic properties and very high precision. This is the closest to injection molded part quality and strength that you will get for these plastic parts! The material is nylon-12 so you can expect excellent strength and resilience.

I also prepare the print bed with the magnetic flex plate, heater pad, thermal fuse, and thermal insulation. Additionally the core XY belt routing is addressed, and the modified sexbolt z end stop is installed.

If you want to learn more about multi-jet fusion (MJF) printing technology, see here:

► https://reinvent.hp.com/us-en-3dprint-wp-technical

You can find the multi-jet fusion printed parts for the Voron available on my website:

► https://www.embracemaking.com

Thank you to the Voron community for putting together such an interesting and capable printer to build and modify. The PDF instruction manual is very useful and the PDF documentation can be found here:

► https://docs.vorondesign.com/build/mechanical/

Linear Rail Centering Tools for 2020 Extrusion

► https://www.printables.com/model/225544-mgn9h-centering-tool-for-20-series-extrusion ► YOU ARE HERE

Modified SexBolt Z End Stop

► https://www.printables.com/model/229416-voron-sexbolt-z-end-stop-modified

If you have any comments, questions, or suggestions, please put them in the comments section down below! I do my best to respond to everyone!

In the next episode I have more multi-jet fusion parts lined up for a new premium hotend offering! Stay tuned!

Thank you for watching!

#voron #multijetfusion #3dprinting