Laptop stand

I needed a cheap laptop for personal travel (to install Ubuntu). I searched for laptop with condition new, sorted price low to high and selected first with 15.6" display (that is normally not the way to select a laptop). For 160€ (170$) I got laptop that I like, and its 4 cores Intel Celeron J4105 processor is in middle between Raspberry Pi4B and Pi5 computational power wise. Proving big number (380,000 decimal digits) as prime takes 10x the time as on my AMD 7950X CPU PC, but that does cost 5x the price and is not mobile. The 1.64kg AOCWEI A3 laptop opens 173°:
https://www.amazon.de/dp/B0B2P63N71?psc=1&ref=ppx_yo2ov_dt_b_product_details
https://laptopmedia.com/series/aocwei-a3/

Working with laptop keyboard and wireless mouse that was part of the deal is good.
But for working longer I wanted display as high as possible (my display middle at home is at eye height).
So I printed OpenSCAD model I created, the difference() was done after rotate([-7,0,0]).
Model is surprisingly stable, and top of laptop display was at my nose height (1.92m height).
I found something that brought the display middle at eye height and will be at our vacation house as well (water glasses).

I loaded OpenSCAD model exported as .stl into PrusaSlicer and mirrored it along x-axis.
Then I loaded same model again to be able to print left+right stand together.

recording.mp4.zip contains 40s wf-recorder screen recording of Octoprint control tab scene camera view while 3Dprinting the model with Prusa MINI+; with new firmware and new PrusaSlicer with input shaping superfast. Online here as well:
https://stamm-wilbrandt.de/en/forum/input_shaper_superfast.2.mp4
(firefox declines playing that video, but chromium-browser, mplayer and vlc are happy with it)

In forum thread question on stability was raised. Laptop stand had quite some stability, but in order to avoid issues with big bump against desk, the new laptop stand shoes avoid any problems:

This youtube video is proof of significantly improved stability: