The Cyclone: triple lift, triple track marble machine

The Cyclone: triple lift, triple track marble machine

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Print Profile(3)

All
X1 Carbon
P1S
P1P
X1
X1E
A1

Only 1 Plate /// 0.12mm layer, 2 walls, Round Infill
Only 1 Plate /// 0.12mm layer, 2 walls, Round Infill
16.1 h
1 plate
4.6(37)

0.12mm layer, 2 walls, 45% infill /15% infill
0.12mm layer, 2 walls, 45% infill /15% infill
16.3 h
2 plates
4.5(13)

For X1C - 1 plate, no balls - 0.12mm layer
For X1C - 1 plate, no balls - 0.12mm layer
15.8 h
1 plate

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Released

Description

This is a marble machine with a lift that lifts three (or more) marbles simultaneously, and releases them to three separate tracks. Two of those tracks are connected in series, so a marble will therefore alternate between those tracks. The third track loops back onto itself, so to have traffic in all three tracks, you need at least two marbles.

The machine has been designed for 8 mm balls as marbles, and the machine prints completely without supports if you have a well tuned printer. 8 mm steel balls will work fine, but I have also included a printed marble that can be used. The nice thing about printed marbles is that you can print several in different colors, which looks quite cool when running the machine. They also run a little slower than steel balls due to a little more friction against the tracks.

Total amount of plastic to print this will be around 300 grams.

Print Settings

Rafts:

No

Supports:

No

Resolution:

Any

Infill:

15%

Notes:

These settings are valid for the machine itself, the screw and the cap.

Instructions

Step 1

Print the machine itself first. This will be a long print, as it is a large object. I printed mine on a Duplicator i3 with a layer height of 0.25, infill 15% and a speed of 50 mm/s, sliced with S3D. The print time was a bit over 19 hours for the machine alone.

The file that is postfixed with lower\_poly has a lower polygon count to allow it to fit into software packages that refuse to read the original file. I haven't printed this file myself, but I guess it should be OK. YMMV, though.

Step 2

Print the screw, the cap and the winder, these can be printed simultaneously, but I'd recommend placing the screw centered on the bed if you have a laterally moving bed. It is a tall print with little surface area, so ensure you have good adhesion to the bed. I'm printing on glass with a glue stick, and had no issues printing it. However, adding a brim might be a good idea if you have issues with the print being knocked down. Just make sure to clean the edge where the brim attaches to the part, as this should be quite sharp to wedge under the marbles at the start of the lift.

The winder could use a little support just under the indentation, but I printed it without. I had to remove a tiny bit of stringing inside the indentation, but that's to be expected with no support.

Step 3

If you don't have steel balls of the correct size, try printing some marbles. Make sure to print them at 100% infill and a very fine resolution (I used 0.1 mm). The marbles are ready to print, and has been designed with built-in support that breaks away quite easily and leaves no scars on the ball. The part of the ball that is at the bottom of the support might need just a little sanding/filing to make the ball as round as possible.

I made a quick video that shows how to assemble and use the machine. Sorry about the not-so-great video, it was just a quick and dirty shoot to show that the machine works quite well.

Category: Toys & Games

Comment & Rating (64)

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Print Profile
0.12mm layer, 2 walls, 45% infill /15% infill
this turned out great
(Edited)
1
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looks good!
0
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Print Profile
0.12mm layer, 2 walls, 45% infill /15% infill
Turned out really good! Our son loves it lol. for the screw and marbles, I printed those at 150 inner speed and 100 outer speed. 40 aux fan.
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Edit - I have fixed the cap piece 😂
0
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awesome print, kids love it
The designer has replied
0
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Very nice, thanks for posting the make!
0
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Print Profile
0.12mm layer, 2 walls, 45% infill /15% infill
Very nice design! I printed this scaled up at 137%, it was the largest I could fit on the print plate. At 137% I am using 11mm steel ball bearings.
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Print Profile
Only 1 Plate /// 0.12mm layer, 2 walls, Round Infill
easy to print and prints well. The only issue I had was with the printed 3D marbles did not all print completely round. The support on the printed marble were not easy to remove and not all the printed 3d marble were not completely perfectly round.
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Print Profile
Only 1 Plate /// 0.12mm layer, 2 walls, Round Infill
Great print, works out of the box
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Print Profile
0.12mm layer, 2 walls, 45% infill /15% infill
0
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Print Profile
Only 1 Plate /// 0.12mm layer, 2 walls, Round Infill
(Edited)
0
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Print Profile
0.12mm layer, 2 walls, 45% infill /15% infill
for the middle screw I had to reduce the speed by half or it kept falling, other than that everything worked perfectly
0
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could you make a profile with your speeds?
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Replying to @PrintCoolStuff :
I just switched from Standard to Silent on my X1Carbon
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what is the difference between the marble machine file and the marblemachine_lower poly file?
The designer has replied
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The lower poly file has less polygons, so file size is smaller and it might be easier on the slicer. However, go with the normal file unless you run into problems.
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