Kategorie: 3rd party

I do not take credit for the design of this, i found it on another site after being unable to find it on this one.

I would love to keep sharing my projects with all of you. If you enjoy with my designs, I invite you to become a patron, you will get early access to my designs and exclusive content! Also, you can help with a small donation.

Patreon: http://www.patreon.com/flowalistik
Donations: http://www.paypal.me/flowalistik

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3D Printable chainmail.

The chainmail size is 195x195mm. A 60x60mm sample is available to test and find the right settings before printing the big chainmail. Print the model with a 0.4mm nozzle and 0% infill.

Download the dual/multi extrusion version here:

https://www.thingiverse.com/thing:3096708

The source file is available. Open it with Autodesk Fusion 360 and create your own custom chainmail!

I’d like to thank all my supporters and patrons, with your help I’ve been able to create this project. The Patreon MVPs for this project are David Kessler, Damien, Keyboardbelle, 3D Maker Noob, 3D Printing Stuff, Filaments.directory, Remco Katz and Sabino!

This is BD-1 the buddy droid from the upcoming star wars game Jedi – Fallen Order as seen at EA-Play. Since there are only few references available the dimensions and some details are estimated. Headlength: ~30cm; Height: ~540cm

Happy Printing 🙂

11.06.19: I uploaded a assembled version for better scaling and included the original fusion360 file so you can change and remix it as much as you want. It would be very cool to see an animated version of that little buddy, but i have no experiences in robots and electronics :/

First of all. Thank you nracmo (https://www.thingiverse.com/nracmo/about) for the design! I have cleaned up a couple of parts, redesigned some of them to fit my need and raised the resolution. Further more i have designed a stand for the arm.

The arm is based on the second terminator movie.

If you like my work feel free to tip a small amout. It would help significant.

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Update 10.06.2018
Fixed an error in hand.stl which could result in holes on the tip of the piston for the middle finger. (Thanks 3D_ProtoPrinting -> https://www.thingiverse.com/3D_ProtoPrinting/about)

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Update 16.06.2018
Due to some difficulties people had with the files hand_tubes.stl and arm_rods.stl. I have added split versions of the two files.
If you still have problems with a tube try to lower the speed by 50% to allow the print to cool more and use a raft.
(Thanks LordGrantham -> https://www.thingiverse.com/LordGrantham/about)

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Update 11.07.2018
Check out the Tronxy X5SA Review by Nexi-Tech (https://www.thingiverse.com/Nexi-Tech/about). You can see the lamp in action in his video! ;D
https://www.youtube.com/watch?v=Pq3qjdaRnuY&t=1123s

The MakerBot Headphone Stand went through the same design process used in professional design and engineering industries. Multiple design iterations and 3D prints led to the final fully 3D printable headphone stand.

The full size stand prints beautifully without any supports and perfectly matches the Replicator+ build volume.

Designer Jackson Seidenberg uses two of these stands at home for his Logitech G930 and Astro a50 headphones.

diorama base pack

A simple wall mount I designed to mount my unused wheels to the wall

V1 might have some issues. (to weak, bad fit)
Added a much stronger V2.
Added V2_90 which is rotated by 90°.
Hole distance of V2 is 72mm

I made this Holder for my Anycubic Mega-S Part Fan Duct Half-Circle (Remix) from „SmashD“, because I had a little sagging Problem with my PLA Fan Duct and didn´t want to print a Hotend Cover. I drilled a hole, about 3mm, in the fan housing and screwed everything together.

This is based on the original thing by ChaosCoreTech and the subsequent remix by Cyphn.

I was not quite satisfied with the stability of the core/logo mechanisms in either the original or remix and decided to rework the model so that it is far more stable and less prone to snapping/breaking.

I designed a snapping mechanism so that the logos stay secure and oriented properly. The cap pieces snap easily into each other and are rather easily removed as well. You can see my cross section analysis to get an idea of what the snapping mechanism looks like.

You can also view this explosion animation to see how it is assembled.

In addition to the original open/batarang function, the blade also folds down about half way so it can be used in a slashing or stabbing motion with a comfortable grip.

The tolerances on the core/wings is purposefully very tight so that the wings to do not move loosely. It will be a very tight fit, but it fits (I’ve printed out like 8 of them). If you are unsatisfied with how tight they are, some light sanding will do the trick.

I re-used Cyphn’s limiting wall on the rear cap piece so the blade is limited in how far it can be opened. Admittedly, this piece is easy to snap/break in my design, but I am not likely to revisit this part of the design as I have ended up preferring it without this nub anyway (since the tolerances are so tight, the blade stays where you set it). If you also prefer it this way, simply snap it off, haha.

Overall, I feel like this design incorporates the best ideas from both the things it was inspired from and provides a very stable/strong core/cap mechanism to boot.

Thanks so so so so so much to ChaosCoreTech for making his F360 files available for use. It saved me quite a lot of time. 🙂