Modular Ergonomic Stand – Laptop And Book Options 3D Printer Model

Author: @
License: CC BY-NC-SA
File formats: stl,pdf,TopPkg
Download type: zip
Size:11.6MB

The file 'Modular Ergonomic Stand – Laptop And Book Options 3D Printer Model' is (stl,pdf,TopPkg) file type, size is 11.6MB.

Summary

This Modular stand is originaly made to help people work on a laptop or read a book while being on a couch/sofa/bed.

The goal was to make it cheap, light, with less parts possible and simple.
Here is how it works :

  • loosen the big screw to allow the whole stand to go up or down
  • take the clip on the telescopic tube off and adjust the width (on mine i made 3 positions with holes going through to block the tubes)
  • sit back and enjoy
  • for now there is a laptop support which fit mine, you can use a hairdryer to bend the ends and make it a bit longer/shorter for your laptop. I will work on an adjustable support in the coming days.

Aluminium tubes are used and glued in the PLA parts with hot glue.
A few nuts here and there glued with "Araldite" or cyano.
For the screws you can do it with whatever you have.
The whole thing is really stable and holds the weight of a 3kg laptop with no problem, but you definetly may not leaning on it.

Everything is in french cause i didn't thought about sharing this project at the begining, ask me for translation if needed.

The Pdf "Mise en plan Support Modulaire.pdf" shows the bill materials

I designed it on TopSolid, full assembly package is avaible in : "Support V3.TopPkg"

Every parts are in .Stl and ready for printing.
Almost no work on parts is needed, a few sandings here and there and a few holes to re-drill, which really depends on your printer/filament.

You can change the lenght of the tubes to make it a bit longer or shorter.

To print everything, you will need around 1 kg of PLA.
For the total cost, it's about 20 dollars for PLA and 20 for alumium tubes, maybe 5 for nuts and screws.

Feel free to ask questions or to suggest improvements !

Bouchon_Øint_16_-_Øext_25.stl 37.2KB
Chape.stl 57.7KB
Chape_Ø20.stl 59.2KB
Clip_blocage_tube.stl 161.9KB
Clip_fixation_PC_1.stl 28.9KB
Clip_fixation_PC_2.stl 30.6KB
Ecrou_de_serrage.stl 442.4KB
Entretoise.stl 11.4KB
Fixation_Base.stl 31.4KB
Fixation_modulaire.stl 75.4KB
Mise_en_plan_Support_Modulaire.pdf 682.4KB
Pied.stl 87.8KB
Pied_v2.stl 327.7KB
Pied_v3.stl 184.9KB
Support_Modulaire.stl 188.6KB
Support_pc.stl 30.8KB
Support_potence.stl 76.5KB
Support_V3.TopPkg 13.3MB
Support_v3_-_1.stl 332.5KB
Support_v3_-_2.stl 256.7KB
Support_v3_-_3.stl 148.4KB