Parametric Monitor Lifter - OpenScad

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Parametric Monitor Lifter - OpenScad

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X1 Carbon
P1S
P1P
X1
X1E
A1

199mm x 20mm panel version
199mm x 20mm panel version
Designer
3.2 h
1 plate

Open in Bambu Studio
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Description

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My first parametric project, I hope you like it

Customizable Parametric Monitor Stand via OpenScad

This stand provides a modular and adaptable solution for supporting screens of various sizes and weights, optimizing workstation ergonomics. This parametric model allows for easy modification of dimensions and structure through configurable variables, ensuring perfect adaptability to user needs.

 

Instructions for Correct Use of the Customization Tool:

  • This value indicates the thickness of the available wood panel. I recommend adding a 0.4 mm tolerance (0.6 mm for extra security). In the example photo, the panel was 15.6 mm thick, so I entered 16 mm (tolerance is subjective based on material, printer calibration, and filament brand).
  • This value indicates the length of the available wood panel. Use the same tolerance as above and the same precautions. If unsure of measurements, print a few millimeter-high test model for reference. In the photo example, the panel measured the maximum allowed by the print bed.
  • This value indicates the total height of the model. To calculate the height from the base to the top of the wood panel, subtract 8 mm from the entered value.
  • This value indicates the model's thickness. After several tests, 50 mm is the minimum for good stability. Smaller values may compromise solidity.
  • After printing, secure the supports to the wood panel with glue or screws through the model's holes. Screws should be at least 15 mm long; maximum length depends on panel thickness. For a 16 mm panel, 20 mm is maximum; for a 25 mm panel, 30 mm is maximum. However, 15 mm screws work in all cases.

 

Precautions:

  • Glow strips were created in Bambu Studio using per-layer coloring, are 5 mm thick, and are 5 mm from the top and bottom edges. You can reproduce them using Bambu Studio.
  • If unsure of wood panel dimensions, print a 5 mm high test version.
  • For very tall models, ensure you have a sufficiently long screwdriver, or simply use glue.

Printing Recommendations:

  • Layers: 0.28 or 0.20 are excellent
  • Walls: I used 2 walls to save material; they are perfect
  • Infill: Gyroid at 20% is ideal for speed and strength
  • The standard 0.20 profile works perfectly

Comment & Rating (15)

(0/5000)

My wife wanted a little table to raise up all the stuff she uses while on the Treadmill. this worked out perfectly, printed with no issues! Thanks!
1
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Very nice model! Thanks
1
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Awesome but simple work
The designer has replied
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Thank you ❤️
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Hello, Could you please render the model as shown in your image, with the color changes? And what screen sizes does it support? Otherwise, excellent work
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Unfortunately, OpenSCAD isn't optimized for color management; I couldn't find a suitable solution without investing countless additional hours. I had to choose between screw holes or colored bands, opting for the screw holes since you can easily create the stripes using Bambu Studio and layer coloring. Regarding the screen size, I'm unsure what you're referring to
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Wanted to change up from posts to something else. This worked well. Thanks,
1
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Fantastic idea, Glow details are the winning choice
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1
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Beautiful model!
1
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Didn't print, boosted purely because of the instructions!
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Boosted
really nice thank you
1
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Superb idea, excellent instructions 🙂👍🏻
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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.