Sleek padded Laptop Stand (+PSU Storage)

!UPDATE 6th Nov.!:

Since this model has proven itself in just a few days, I've added a new profile that unlocks full functionality even when printing it with a single nozzle printer. I probably should have included this option from the start - well, at least the update came very quickly! :)

This new profile features separate TPU Pads. The Default profile uses TPU 95A for those parts. The rest of the model is printed from PLA with this profile. If your particular device gets very hot, you might want to think about using PETG or higher temp. resistant materials! 
 

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Now back to the Model! 

 

I recently got a laptop so I can create new models from the couch! :D 

 

I still really wanted a good stand for it when I'm working at my desk.

I'm a bit picky about things like that, I love it when my stuff looks like new even after years of use, so it was clear to me that i had to protect the contact surfaces of my new toy.

 

So thought it would be a good opportunity to work with multiple materials in one print again.

 

 

 

I will of course also provide profiles that can be printed well with a single-nozzle printer, however, this project is primarily aimed at the H2D/H2C community (and of course all other tool/nozzle changer printers).

 

My primary print profile for H2D/H2C uses a combination from PLA and TPU 90A on the two parts that support the notebook. 
The Storage compartment is printed from ABS-GF and uses “Support for ABS/ASA” as Interface Material for the floating sections. 
The printed screws are also made from ABS-GF. 

The two main supports are designed so that the TPU parts are separate objects. Since PLA and TPU don't bond very well, I designed the parts to interlock internally. 
Besides the Protection Pads for the notebook, i also added ant-slip pads, they work very well when printed from TPU90A.

 

Printing TPU 90A works best with the top feeding method!

If you haven't yet found a solution for how to elegantly feed the filament from the top, feel free to take a look at my model for this purpose:

https://makerworld.com/en/models/1669393-retracting-spool-holder-pro-spine-for-p-x-h#profileId-1767233

 

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Don't worry, if you don't own an H2D, H2C or other tool/nozzle changer printer, you can still print this model!

I've added two profiles for single-nozzle printers, one more technically demanding while the other is more simple:

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!UPDATE 6th Nov.!: A/P/X/H Profile, Separate TPU 95A Pads, PLA

Since this model has proven itself in just a few days, I've added a new profile that unlocks full functionality even when printing it with an A, P, X, H2S or any other single nozzle printer. I probably should have included this from option the start - well, at least the update came very quickly! :)

The first option uses a combination of PLA and "TPU for AMS" for the two main parts. 
The purge volumes have been significantly increased to achieve the best possible print results, but this results in a lot of waste.
The Compartment and Screws are printed from ABS-GF. (regular supports on the compartment)

The second option allows you to print the two main parts purely in PLA. 
This makes it suitable for virtually anyone, but of course, the "padded feature" is lost.
The Compartment and Screws are printed from PLA. (regular supports on the compartment)

 

And as a third option, you can find a .STEP file that includes all the parts and go wild with it in your slicer yourself! 
It can be found in the raw Model files list. 

If this model gets enough attention, I might create another version where the TPU parts can be printed separately and installed afterward.

 

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Assembly is super simple, just slot the big parts together and secure them with the four printed screws. 

If you don't have a flathead screwdriver, you can use a small coin!

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I hope you like the model! 

Cheers Guys, 

MiM