ZERO Stand - Folding Print-in-Place Stand with Secret Storage (Phone, Tablet, Laptop)
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A single-print, fold-to-assemble stand with a hidden rear compartment. Holds phones, iPads, and light laptops. Open sour
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Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Portable Devices
- Licencja
- Creative Commons — Attribution — Noncommercial — Share Alike
A Single-Print, Folding Stand for Your Desk or Travel Setup
The ZERO Stand is a clean, minimalist device cradle that prints completely flat in one piece and folds together along built-in hinges. No glue, no screws, and absolutely no supports required.
Tucked neatly behind the main support arm is a hidden rear pocket—perfect for stashing a spare 18650 cell, a USB-C cable, or other small EDC items.
This design was born directly out of our community! A massive shoutout to @voltnomad on our Discord for suggesting the concept.
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🚀 Part of the ZERO Ecosystem
This stand is built as a companion for ZERO—a modular, 3D-printed, fully repairable power bank with swappable cells, shaped alongside its community. We've open-sourced this stand so the community can print, modify, and remix it freely.
📬 Follow our Kickstarter Campaign
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🛠 Features & Compatibility
Print-in-Place Hinging: Folds right off the build plate.
Universal fit: Holds smartphones, full-sized iPads (tested up to 12.9"), and lightweight laptops (like the Lenovo Yoga X1).
Native fit: Seamlessly cradles the ZERO power bank.
Hidden Pocket: Clean storage space on the back.
Remix-friendly: Easily rescaled in your slicer for deeper pockets or wider devices.
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🖨 Print Settings & Instructions
Material: PLA, PETG, or ABS/ASA
Layer Height: 0.2 mm (recommended for clean hinge clearance)
Infill: 15% - 20% (Gyroid or Grid)
Supports: None! Ensure you print it in its default flat orientation.
> Hinge Tip: Ensure your first layer is properly calibrated to prevent "elephant's foot" (first-layer squish) which can fuse the moving hinges. Once printed, a gentle, firm flex will snap the hinges free into their standing lock position.