Ultimate Cable Duct | parametric | 5 default sizes - Free 3D Print Model

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fabian

Household>Decor

IP Report

Print Profile(7)

All

P1S

H2D Pro

X1 Carbon

X1E

H2D

H2C

P1P

H2S

P2S

X2D

A2L

A1 mini

small | 8mm internal | 0.2mm layer, 2 walls, 15% infill

Designer

12.5 h

7 plates

4.8(8)

medium | 10mm internal | 0.2mm layer, 2 walls, 15% infill

Designer

14.5 h

7 plates

4.8(6)

big | 15mm internal | 0.2mm layer, 2 walls, 15% infill

Designer

20.2 h

10 plates

4.0(1)

normal | 12mm internal | 0.2mm layer, 2 walls, 15% infill

Designer

17.1 h

7 plates

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Open in Bambu Studio

Boost

277

315

132

Released

Description

This is my version of the ultimate cable management system.
It comes in five different predefined sizes, with maximum internal cable heights of 8, 10, 12, 15, and 25 mm, so there should be something for everyone.
The straight sections are available in predefined lengths of 50, 75, 100, 150, 200, and 250 mm, but if you need a specific length, you can easily customize it yourself in the customizable file.

If you want to customize the other parts in the future, I can try to upload them as a parametric version.

The parts can be easily connected to each other using the connectors, which hold them together and ensure they are perfectly aligned. The straight sections also have a recess for a cable tie if you want to strap your cables to the base.

So, have fun declaring war on cable chaos and transforming it into an orderly, attractive design—the only limits are your dreams. Have fun :)

Update V1.1 Changelog:

New features arrived! Based on feedback, I added a few things:

Added a new version of the main body with a thinner top layer and an extra channel specifically designed for holding an RGB strip.
Added end covers in various sizes to match different setups.

Boost Me (for free)

Designs like this take a lot of effort, so if you liked it, I would appreciate a boost as support :)

Comment & Rating (52)

@movrack

Hello. I love it, ad I will definitively use it, but I have a request. Would be possible to make smaller 'roof'. The idea is, I will install them for wire in a stairs, and it will be really visible. So to mask it, I want it decorative. For that, I would like to make upper part white, bottom black to give it some style. But the white is partially transparent, so I'd like it thinner to allow light to pass more trough it. So On top of the wire I would hide, I would put a led strip to light it. So, Would it be possible to make it thinner ? Or to provide the orignal files to be able to edit them ?

The designer has replied

@fabiank03

I'm happy to give it a try, but I'll probably only get to it in a week. So you just want the top to be thinner so that light can shine through better?

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@movrack

Replying to @fabiank03 :

Yes, exactly ❤️

@movrack

Here some tests I did to give you a better idea

@RobertE

Boosted

I love the modularity of your design, so my H2C immediately gave it a try (small variant / 300 mm height / 9 mm internal / / 3mf download) - and it failed. The two parts were fused at one point in the middle. In Bambu slicer, I then split the model into separate parts and identified the problem: The reinforcement in the center of the mounting bracket introduces an artifact that intersects with the outer shell (see pictures) during slicing. Any idea how I can avoid that during parameterization?

The designer has replied

@fabiank03

hi, thanks for your detailed review. Honestly, I don't quite understand what the problem is for you. This small "reinforcement" in the middle is intentional and ensures that the outer part does not slip once it has been clipped in. I don't know how this could lead to printing errors, or rather, it has always worked without problems for me so far. Perhaps you can describe the problem in more detail

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@RobertE

Boosted

Replying to @fabiank03 :

Hi. The reason behind the reinforcement is perfectly clear to me. The problem is rather with the small artifact in the middle of the groove (on both sides). I've highlighted the problematic point in the CAD picture (red circle) and becomes visible when you separate the model within the slicer or (after slicing) when looking at the individual layers at that position. When printed together in situ, as intended, this artifact fuses both parts together, and separating the two parts after printing results in the inner mounting bracket breaking at that very position. The protruding fragments you can see in the photo of the actual print are exactly where the two parts fused into each other during slicing.

@fabiank03

Replying to @RobertE :

Ah now I understand what is meant. Actually, both parts should be printed separately next to each other, preferably lying down and not standing up, then the two parts should not connect. If you have the components from the customizable file, you have to manually remove them from each other, this is because I modeled them that way and it is difficult to automatically arrange the parts sensibly depending on all the variables

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@MightyPrint

Print Profile

medium | 10mm internal | 0.2mm layer, 2 walls, 15% infill

Serves it's purpose. Used double sided tape instead do drilling wholes in the wall. all good for now!

The profile uploader has replied

@fabiank03

looks great, thank you for the great pictures :)

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@AG1209

Boosted

Print Profile

small | 8mm internal | 0.2mm layer, 2 walls, 15% infill

Prints well and fits perfectly A flat HDMI cable and a LAN cable fit well into the small version Material: Bambu PETG Basic Color: Black Printer: P2S

The profile uploader has replied

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@fabiank03

I'm glad you like it :)

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@staubi0815

Boosted

Great part thank you. Why is there no cover for the end

The designer has replied

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@fabiank03

do you mean an end piece to close it completely

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@staubi0815

Boosted

Replying to @fabiank03 :

yes exactly that would be great if you could add it :-)

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@fabiank03

Replying to @staubi0815 :

I can gladly do that, but I won't be able to until two weeks from now, I'll try to remember

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@user_1707927994

Boosted

@fabiank03 Hey! Any chance you have the files for the connectors for the ultimate cable ducts? It printed great but the actual connectors file is missing from the uploads as far as I can tell

The designer has replied

@fabiank03

oh i must have forgotten to upload them inside the print profiles, i will change this. You can find the connector also as an individual file to download

@fabiank03

all print profiles include the connector now, have fun :)

@user_1707927994

Boosted

thank you!!

@Brew848

Print Profile

small | 8mm internal | 0.2mm layer, 2 walls, 15% infill

smallest profile is still too large for Ethernet cables.

The profile uploader has replied

@fabiank03

To be honest, I don't quite understand this review. Nowhere is it claimed that it is a perfect fit for an Ethernet cable, and besides, the review should refer to the print profile, i.e. whether the print was successful. Nevertheless, I assume that you would like an even smaller version. If you also only need the straight pieces, you can also simply configure the model accordingly

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@Curtif

Boosted

Nice, love the options and that its modular, plus the not having to print vertically. Thank you

The designer has replied

@fabiank03

I'm glad you like the model :)

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@user_3856012098

Hey man, your design looks amazing and i see you have a 90 degree "elbow" which is very useful but i was wondering if you are planning to do a 270 degree elbow?? basically in the other direction? And i am also wondering if there is any chance to add a radius to both the 90 degree the 270 degree options? I have a 25 feet long Optic Fiber HDMI cable and I have been told those cables are not very good at sharp turns so a radius in the turn would be very useful.

The designer has replied

@fabiank03

Hey I have to see, I have a lot going on at the moment and will probably not get around to it until sometime else. Fundamentally, however, this should be feasible :)

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@Spaggi

Boosted

Simply brilliant!

The designer has replied

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@fabiank03

I'm glad you like it :) Feel free to send a picture of the result if you want

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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.

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