Custom Series · Rotating & Stand
A stand is easy to add and hard to make stable. Free-spinning rings collapse under the weight of an open foldable, surface-glued anchors peel off, and a stand placed over a magnet array shunts the field. Everything below is designed around those three failure modes.
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| Mechanic | Best for | Watch out for |
|---|---|---|
| 360° lockable ring | Portrait and landscape, one-hand grip | The metal ring shunts a magnetic field — charging works but slower if a magnet array shares the panel |
| Pivot arm | Foldables — spreads load along the lower panel | Fixed angles, not continuously adjustable |
| Fold-out kickstand | Slim cases, landscape video | Not stable in portrait; sits proud of the panel when deployed |
Every stand in this category mounts to a metal plate inside the shell. Glue-on rings peel after months of use and drops; a plate bolted through the panel does not. If a supplier cannot tell you how the stand is anchored, assume glue.
A ring that spins freely has no friction to hold a phone at an angle — it rotates until the phone lies flat. Lockable detents are what make a stand a stand.
This is the most common design conflict we field from buyers. A ring stand and a MagSafe array both want the centre of the back panel.
If your customers use magnetic wallets or car mounts, sell the magnet-only range. If they watch video on a desk, sell the stand-only range. Bundling both into one SKU usually means disappointing someone.
The ring is metal so it attaches, but the hold is weaker than a dedicated magnetic case. For car use choose a magnetic range.
Usually yes — the arm spreads force along the lower panel where a ring concentrates it at one anchor point.
A free-spinning ring has no friction. Ours lock at detents; if a sample does not, it is the wrong mechanism.
Yes, 20–35 days for a new chassis, and most current models are already tooled.
Send the models and quantity. We confirm mould status the same day.
