Created today
Description
A modern, modular phone stand built around a pure hexagonal base. The design allows multiple units to link together sideways via a built-in tab and slot system, perfect for keeping a row of devices organized on a desk or creating an expanding charging station.
Design Highlights:
Images
What it's for A single-piece modular phone stand designed around a regular hexagonal footprint. It features an angled 70-degree backrest for optimal viewing and a sturdy front retaining lip. A central U-groove is carved through the front lip and into the base, allowing a charging cable to pass cleanly underneath the phone while docked. The stand is designed to tile: dovetail tabs on the right side match with identical slots on the left side, allowing multiple hexagonal units to be linked together into a continuous charging array or desk organizer without any extra hardware. Dimensions Base size: 80 mm across opposite vertices, sitting 6 mm thick. Back panel: 65 mm tall, leaning back at a 20-degree angle from vertical. Front lip: 10 mm high above the resting surface, leaving a generous 23 mm gap for the device. Cable groove: 12 mm wide, recessing down to a 2 mm floor height. Print notes Designed to print entirely support-free in its default upright orientation. The 0.2 mm clearance on the dovetail joints should slide together firmly on a well-calibrated machine. Standard PLA or PETG will provide plenty of strength for the upright panels.
Every time you try to prop a phone up against a coffee mug or a stack of coasters, it inevitably slides flat exactly when you look away. This ends that. Three solid, intersecting slabs that hold your phone at an unyielding 65-degree viewing angle. No hinges to wear out, no tipping backwards when you tap the top of the screen. The Fit: A 14.5mm perpendicular gap comfortably swallows thick, rugged phone cases. The Footprint: The 95mm base plate throws the center of gravity far enough back to prevent tipping even with a heavy device. The Print: Lays flat on its side on the build plate. Requires exactly zero support material.
A sturdy, functional stand for phones and small tablets. Designed with a 35-degree viewing angle, it works nicely for watching media or keeping an eye on notifications while at your desk. Features a 16mm-wide cutout for routing charging cables Includes a solid rear spine to prevent flexing when tapping the screen 14mm resting gap accommodates most phones, even with a case Prints in one piece without supports
A rigid desktop dock designed to support modern smartphones. The structure features a 65-degree viewing angle and integrated cable management for charging while docked. Specifications Base: 76mm x 100mm with routed cable channel Spine Height: 140mm for standard and plus-sized devices Cradle Slot: 18mm depth to accommodate most cases Construction: Single-piece fixed geometry
A minimalist A-frame phone stand that replaces flat surfaces with a continuous, 3D corrugated ripple. The entire structural ribbon pulses slightly in thickness across its width, giving it a tactile, architectural presence without adding complexity or relying on extra parts. Remix Hooks Amplitude & Frequency: The sin(i25)1.2 math driving the ripple is begging to be played with — dial up the 1.2 for deep fins, or tighten the 25 for a finer corduroy texture. Tilt & Gap: Out of the box, it leans at a tilt of 25 degrees with a generous 14.5mm slot (gap) to clear heavy-duty cases, but those variables are cleanly exposed for quick tweaking. Material pairings: The corrugated face catches highlights nicely, making it a great candidate for silk PLAs or highly reflective metallic filaments.

A two-part sliding stand designed to adapt to any device thickness. The front lip captures the bottom edge of the device, while the heavy backrest slides forward along a precision dovetail track to lock it in place. Built-in dovetail slide adjusts from bare devices to thick rugged cases Generates zero overhangs on the track mechanism for reliable printing Two-part flat-bottom layout prints cleanly without supports 70-degree backrest angle provides a stable viewing geometry