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luisfabricioforte
10-29 12:10
Model Name
tablet holder 3d model
Tags
3d printing
3d printing realistic
adjustable
ergonomics
printable
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Design a high-precision 3D printable tablet holder and protective case intended for hospital use, featuring: Adjustable tablet mount: the case must adapt to multiple tablet sizes (from 9” to 12.9”), using a modular or gear-based sliding mechanism that locks securely. Include a simple gear or screw adjustment system for width and height. Integrated support arm: a sturdy, articulated mechanical arm (with 2–3 pivot points) that connects the case to a mounting base. Mounting base: design a universal clamp or bracket system that can firmly attach to metal poles, tubular frames, or mobile medical carts. The clamp should open and close with a rotating knob or screw. Anti-theft and safety design: the tablet should not be easily removable without using tools; include locking tabs or screw-secured brackets. Mobility and durability: the full system must resist vibrations and small impacts from hospital movement; all joints must be tight and stable, yet adjustable by hand. Ergonomics: smooth edges, rounded corners, no sharp parts; allow quick screen visibility and cable access for charging. 3D printing ready: model must have solid, manifold geometry, optimized for FDM or resin printing, minimal supports, modular assembly possible. Material suggestion: PETG or ABS (for strength and heat resistance). Aesthetic: professional, functional, medical-grade appearance; matte white or light gray; minimalistic design with subtle mechanical details. Output: full 3D model (STL or OBJ) with precise mechanical connections and ready for printing.
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