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Smartphone case 3D Models

Find the best Smartphone case 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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Design a static, single-piece 3D-printable chassis base to replace the original Casio fx-82MS bottom plate. This new base must be significantly deeper to accommodate a Samsung Galaxy S8 (approx. 8mm thick) so the phone sits fully recessed and flush within the shell. The top rim of this 3D-printed base must be a perfect geometrical match to the original Casio fx-82MS front faceplate, allowing the original plastic shell to be snapped or pressed directly onto the top. Strictly do not model any buttons or hinges. The original Casio faceplate will hold the physical buttons. Include precise cutouts for the S8 camera on the back, and the charging port and headphone jack at the bottom. The goal is a simple, deep bottom part that fits the original Casio top perfectly.

Anonymous1775748144

Anonymous1769613738

модель телефона любая, на которой будет чехол, на половину телефона, на чехле должен быть карман, в который можно положить повербанк, в кармане должна быть прорезь для самого повербанка и прорезь для провода. Повербанк находящийся в чехле должен быть соединен проводом к телефону. чехол и поербанк не должны быть сверху, а на нижней части телефона

Anonymous1776265238

Create a clean, minimalistic smartphone case design for a Samsung Galaxy A17.

Style: slim, modern, matte finish, slightly rugged but elegant.
Design features:
- Smooth rounded edges with a snug fit
- Slightly raised lip around the screen and camera for protection
- Minimal branding or no branding at all
- A subtle accent around the camera cutout (like a raised geometric frame similar to a blob or cloud shape)
- Thin but durable structure optimized for 3D printing
- Precise cutouts for buttons, charging port, speakers, and camera module
- Back surface slightly textured for grip (very subtle)

Material assumption: PLA or PETG (3D printable)
Wall thickness: 1.2mm – 2mm
Tolerance: 0.2mm clearance for easy fit

Perspective: isometric 3D render, neutral background
Lighting: soft studio lighting

Output: watertight solid model suitable for STL export

Anonymous1774701425

Anonymous1765702272

Anonymous1765702272

Anonymous1775420362

iphone15pro手机壳，背面是一个突出来的骷髅马

Funkystone

Anonymous1770557364

3D model of a wall-mounted waterproof shower smartphone case with integrated speaker, not a tabletop speaker, not a radio, not a clock. Compact horizontal rectangular body with rounded corners, about 185 x 105 x 40 mm. Front side must have a large transparent touch window for the smartphone screen occupying most of the front. On the right side of the front, add one circular speaker grille and only 3 physical buttons: plus, minus, play/pause. Add a separate power button on the side. Add a USB-C charging port with waterproof cover and a small LED near the port.
Back side must include one single vacuum suction cup mount with a flat rotating ring mechanism between body and mount, allowing portrait and landscape orientation, locked at 0 and 90 degrees. No top handle, no tube, no arm, no stand, no ball joint, no base, no double speakers, no symmetric speaker layout.
Style: clean industrial design, bathroom consumer electronics, realistic, manufacturable, matte plastic body, transparent front

Anonymous1775835780

Anonymous1775739009

Étui 360 en 3 pièces pour smartphone avec Dimension Hauteur : 162,7 mm
Largeur : 75,9 mm
Épaisseur : 7,8 mm
Écran : 6,67 pouces

Anonymous1774514659

ЧЕХОЛ XIAOMI 14

Anonymous1775722861

Anonymous1775704946

Anonymous1775669899

Anonymous1717500869

“Create a slim black smartphone case as a hollow shell, not solid. The case must have:
• An open front and fully hollow interior where the phone fits.
• Thin walls (1–2 mm) with clean, precise geometry.
• A large square camera cutout on the top-left corner going completely through the case (empty hole, no fill).
• A circular MagSafe ring design on the back center with a thin vertical alignment line below it.
• Slightly raised edges around the case.
• Charging port cutout at the bottom, with small additional holes nearby for speakers/microphone.
• Side button cutouts: power button on one side, volume buttons on the opposite side.
• All openings and hollow interior must be clearly visible; no solid blocks or filled surfaces.
Output as a 3D model suitable for exporting to Tinkercad with accurate hollow interior, camera cutout, button cutouts, charging port, and speaker holes.”

Anonymous1774929630

Anonymous1773145004