?

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.

You May Also Like :
medieval-armorstylized-fantasy-charactergolden-lionice-golem
Anonymous1770891134
Anonymous1770391795
A minimal plastic phone stand, injection molded design. T-shaped body with smooth rounded corners and edges (fillets). A central vertical pill-shaped slot. The structure has a uniform thickness of about 3mm. Matte white plastic material, clean surface, soft lighting, 3D product rendering.
Anonymous1770784439
Minimal modern phone stand designed for desk study use, compact foldable phone stand with a flat front panel where the phone rests, hidden NFC tag slot inside the front panel, angled viewing position (about 60 degrees), smooth matte plastic finish, stable base, simple geometric design, product prototype style, neutral lighting, 3D product model
Anonymous1770701445
Anonymous1770124500
Anonymous1770665034
plastic phoneholder
Anonymous1770640601
Anonymous1768816777
a minimal phone stand.
Anonymous1769481417
Anonymous1766855538
a professional phone stand but no phone on it just a blank phone stand
Anonymous1770259702
A sleek, modern phone stand designed for a desk environment. The stand has a stable base with smooth edges and a slightly angled backrest to hold a phone upright for easy viewing. The design is minimal and balanced, with clean lines and a compact footprint so it doesn’t clutter the desk. The phone slot securely supports different phone sizes while keeping the screen visible and accessible. The overall shape feels modern, professional, and visually appealing, suitable for a workspace or bedroom desk.
Anonymous1770259702
Design a 3D-printable phone stand mechanism with three sliding legs. Each leg must be able to extend and retract using a slider system. Mechanical behavior: • When the top of the stand is lifted upward, it should release all three legs at the same time, allowing them to fall downward simultaneously by gravity. • If one leg stops at an uneven position, the other legs must continue moving independently until they also stop. • When the top is released, the mechanism must lock all legs firmly in their current positions. • The gear system (represented by circles in the sketch) should be included to control synchronization and locking. 3D printing requirements: • Must be print-in-place (PIP) with no assembly required. • Optimized for Bambu Lab A1 Mini printing. • The total folded length of one leg must be exactly 10 cm. • Ensure structural strength, smooth sliding tolerances, and reliable locking suitable for FDM printing. • Avoid unsupported overhangs where possible and design for clean single-material printing. T
Anonymous1770447528
A phone stand with adjustable angle using slots
Anonymous1770427890
Anonymous1770403252
Anonymous1770403252
Design a 3D-printable desktop phone stand with integrated charging functionality. Core structure and usage: The phone must be held securely in a vertical position. The phone resting area must include an opening aligned with the phone’s Type-C port at the bottom. A Type-C charging cable should enter from the bottom or rear of the stand and pass through an internal cable channel to reach the phone’s charging port. The cable should be mostly hidden to maintain a clean and organized appearance. The phone must be able to charge via cable while placed on the stand. Branding and logo (critical): The stand must display the brand name “STROEM WEAR” or, for a minimal version, “STROEM”. The logo must be identical to the provided reference image, featuring:Design a 3D-printable desktop phone stand with integrated charging functionality. Core structure and usage: The phone must be held securely in a vertical position. The phone resting area must include an opening aligned with the phone’s Type-C port at the bo
Anonymous1770407568
Anonymous1770403599
Enter invite code to get credits!