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Phone stand 3D Models

Find the best Phone stand 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1771868156

Shape: The base should have a smooth, rounded, ergonomic curve made from stacked slats, like a fluid wave. Each slat should gradually get deeper, forming a continuous arc that slopes backward to hold the phone.

Dimensions: The stand should be around 5-6 inches tall with a width sufficient to support both the phone and the charging components. The stand’s base should be flat and sturdy with no visible sharp edges.

Charging Pad Area:

Phone Wireless Charging Area: Design the top to feature a circular indentation where the phone rests, allowing for wireless charging. The indentation should look sleek and smoothly integrated into the stand.

Apple Watch Charger: Add a MagSafe-compatible circular charging area to the design, either on the side or above the phone charging area, to support wireless charging for the Apple Watch. The area should align with the phone charger, keeping the design clean and balanced.

Material & Texture:

The material should have a matte finish, similar to the light blue plastic shown i

Anonymous1771579610

Anonymous1771787149

Anonymous1772075530

Create a 3D-printable mechanical assembly for a smart phone stand, output as 3 separate parts that fit together.

CRITICAL: The output must be 3 separate printable parts with mechanical connections that assemble correctly. Not a concept render.

PARTS:
Part A (Base): electronics enclosure, includes hinge lugs for Part B and Part C. Includes screw holes for M3. Wall thickness 2.4 mm. Bottom cover optional.
Part B (Front module): phone cradle + front LED/LCD panel. Hinges to Part A using an M3 screw/pin. Includes:
- phone cradle for phone width 80 mm and thickness 12 mm
- front 16x2 LCD window opening (72 x 25 mm window) centered
- 3 LED holes (5 mm) above LCD
- 2 button holes (12 mm) on left and right
Part C (Rear support leg): angled support with 3 notch positions (45°, 60°, 75°). Hinges to Part A using M3 pin.

MECHANICAL RULES:
- Use simple hinge barrels with 3-lug design (A has 2 lugs, B/C has 1 lug), 3.2 mm hinge hole for M3 pin.
- Add clearance: 0.3 mm on all mating parts.
- No tiny decorative details, n

Anonymous1763313172

Create a 3-part mechanical enclosure concept for a smart phone stand device, intended for later CAD refinement and 3D printing.

Assembly:
- Part 1: Main base enclosure for electronics
- Part 2: Front hinged module containing LED panel and phone cradle
- Part 3: Rear hinged angle support linked to the base

Design intent:
- 3D printable prototype
- clear hinge locations and part separation
- internal volume reserved for electronics in base
- front panel reserved for LEDs and LCD display
- top area reserved for ultrasonic sensor board
- stable footprint
- clean manufacturable geometry

Do not generate soft/fabric materials or unrealistic surfaces.
Avoid excessive ornamental details.

Anonymous1763313172

Anonymous1772031982

phone stand

Anonymous1772032062

Anonymous1703641933

Make me 3d model of the mobile phone holder for iphone 16 . Which can be 3d printed. I need only model for the phone.

Anonymous1772022962

Anonymous1771994547

Create a precise parametric 3D printable phone stand optimized for FDM printing in PETG.

Target phone dimensions: 170mm height, 90mm width.
Internal support slot width: 95mm (5mm tolerance for case clearance).
Slot depth: 18mm.
Front retaining lip height: 12mm.
Wall thickness: 3mm uniform.
Base thickness: 6mm for stability.

Viewing angle: 60 degrees from horizontal.
Support both portrait and landscape orientation with symmetrical open-frame side design.

Design constraints:
- No supports required.
- Maximum overhang angle 45 degrees.
- Chamfered bottom edges 1mm.
- Filleted visible edges 2mm radius.
- Centered cable pass-through opening 12mm width x 8mm height.
- Weight-reduced cutout in rear panel while preserving rigidity.
- Low center of gravity geometry.
- Single manifold watertight mesh.
- Optimized for 0.4mm nozzle.
- Clean quad topology.
- No textures.
- Neutral gray material preview.

Anonymous1743160781

Fr3

Anonymous1766942764

Lady Julieta

A highly durable, solid tabletop phone stand made for 3D printing, minimalist industrial style with clean geometric lines and no unnecessary details. The design is symmetric and fully reversible, offering two fixed viewing angles: one side provides a steep ~65-70 degree angle for typing or video calls, the other side a shallower ~30-35 degree angle for relaxed viewing or FaceTime.
The stand has a wide, heavy trapezoidal or rectangular base (about 100-120 mm wide, 80-100 mm deep, 15-20 mm thick) for excellent stability and tip-resistance. Two angled support surfaces rise from the base — one steeper and one shallower — each with a deep V-shaped or gently curved groove (8-12 mm wide) lined with soft rounded edges to securely hold smartphones from 60-90 mm wide (including cases) without scratching. Include small integrated lips or stops at the bottom of each groove to prevent the phone from sliding forward.
Make it completely solid and thick-walled (minimum 4-6 mm wall thickness everywhere, no thin features), wit

Anonymous1771535188

i want to generate .stl file 3d model for this png

Anonymous1757172613

Anonymous1750914633