Compact Modular Salad Spinner v1
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Sink-friendly, minimal filament salad spinner. Tool-free assembly, modular design. Spins over sink!
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Model information
- Source
- Printables
- Category
- Kitchen
- License
- Creative Commons — Attribution
Hi everyone! 👋
My girlfriend recently asked if I could 3D print her a salad spinner. After searching around online, I found very few ready-made options that actually made sense for home printing. Most existing models either use massive amounts of filament for a full outer bowl/container (often 400–800g+), or they rely on super-precise printers with tight tolerances, brass bushings, bearings, screws, or other hardware that's a pain to source and assemble.
So I decided to design my own version from scratch, keeping these key goals in mind:
Modular design — since I'm relatively new to functional 3D-printed mechanisms, I wanted parts that could be easily iterated and reprinted individually without redoing the whole thing.
Minimal filament usage — no giant outer bowl! This spinner is designed to be used directly over the kitchen sink — water just drains away, no need to collect it. Compact size keeps print times and material low (fits easily on a 200×200 mm bed with room to spare).
Tool-free assembly — no screwdriver, no soldering brass inserts, no bearings. Snap-together where possible, and at most a drop of superglue or similar for permanent fixes.
This is version 1.0 — my first fully working prototype. It already spins salad nicely and removes water effectively, but like any first iteration, it has room for improvement.
Known issues / areas for improvement:
The central shaft/axis is a bit too short. With flex in the handle during vigorous spinning, it can wobble slightly. Next version will extend it and add more clearance.
The gearbox (gear housing) connection between the top and bottom halves is the weakest point. I ended up holding them together with a rubber band for testing 😅. If you have ideas for a better snap-fit, clip, bayonet lock, interlocking tabs, or other screw-free / tool-free way to secure it reliably — please share! I'd love to implement and credit good suggestions.
Who this might be useful for:
People with budget-friendly printers (I printed it on a Neptune 4 Pro) and limited 3D printing experience
Anyone tired of filament-heavy designs
Fans of minimalist, repairable, and easily modifiable prints
I'd really appreciate any comments, photos of your prints, remixes, or suggestions — especially on improving the gearbox connection! Feel free to remix, tweak, or build upon it.
Print it, spin some greens, and let me know how it goes! 🥗🌀
Happy printing!
