Portable Foldable Wooden Laptop Stand: SKRIVA
Reminder of the Problem I’m Solving
Most portable laptop stands are either too bulky and annoying to carry every day, or they feel cheap, wobbly, and ugly when made small and foldable. People want the benefits of a stand (better screen height for posture and good airflow to stop overheating), but many just leave them at home because they’re not practical. So we end up using laptops flat on tables in cafés, libraries, or class, which hurts our neck and wrists and makes the laptop run hotter — especially gaming ones.
(My definition statement hasn’t changed much. I’m still aiming for a slim, foldable wooden stand that’s light, looks nice, has adjustable tilt, good ventilation, and stays stable.)
I’ve made decent progress since the last update.
- I finalized the dimensions: base is 32 cm wide × 24 cm deep, top panel is 32 cm wide × 20 cm deep.
- I also finished the Bill of Materials with links to Home Depot.
On April 7th I had a check-in with my teacher. We reviewed the CAD and BOM, and my teacher agreed to order the hinges for me (the long piano hinges for the middle folds and the small butt hinges for the tilting connection). So now I’m just waiting for the hinges to arrive so I can start testing the folding and pivoting mechanism.
What I’ve learned: Small details like hinge recess depth and block placement make a bigger difference than I thought for keeping the folded thickness slim. I also learned that balancing portability, stability, and nice looks at the same time is harder than it seems on paper.
Challenges
The biggest challenge has been keeping the folded thickness under 4 cm. The panels, hinges, block, and small gaps all add up quickly. Another challenge is making sure the block pivots smoothly on the axle without wobbling.
How I’ve dealt with it:
During the April 7th meeting, my teacher and I decided to switch to the school’s 1/8 inch wood and use the laser cutter. This solves the waste issue and should help with the thickness goal. We’ll test stability carefully with the thinner material.
Surprises?
I was surprised by how hard it is to screw the screw through the wood, it took me a while. I didn’t expect that. I also learned that even though the design looks simple, getting the pivot and folding to work nicely together takes more planning than I thought. Wood looks way better than plastic, but it requires more careful cutting and testing.
Uncertainties
Not sure if I can build the block helps with tilting angles in time, as well as the different slots, due to the thickness and time restriction.
Deadline
I think I can still make the May 1 deadline, but it’s going to be tight now.
To make sure it happens, I need to:
Get the hinges from my teacher as soon as they arrive and test the folding.
Stay focused on the building phase and not spend too much time tweaking small things in CAD.
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