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DCC Bridge
amadeu.turolla7
02-09 19:53
Model Name
orthodontic elastic hook 3d model
Tags
3d printing
3d printing realistic
orthodontic
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Create a single, smooth orthodontic elastic hook designed to be integrated into a clear aligner. The model must be a one-piece, monolithic shape with no internal or external teeth, ridges, serrations, barbs, grooves, textures, or mechanical retention features of any kind. Overall shape: – One single rounded body (button-like or teardrop-like) – Smooth, continuous, organic surface – No subdivisions, no lobes, no multiple hooks Elastic retention (only one feature): – One simple circular through-hole – Hole diameter: 1.3–1.4 mm – Hole walls smooth and fully rounded – No constrictions, no internal geometry besides the circular hole Dimensions: – Length: approximately 3.0 mm – Maximum height: ≤ 2.0 mm – Designed to reinforce a 0.8 mm clear aligner with local thickness up to 1.4–1.6 mm Base design: – Single flat or gently curved base surface – Smooth filleted transition between base and body – No steps, no sharp edges Manufacturing constraints: – Fully watertight, closed STL mesh – No negative undercuts – Thermoforming-friendly geometry – No artistic or decorative details Explicit exclusions: – Do NOT add teeth, spikes, ridges, serrations, grooves, internal structures, textures, lattices, or mechanical retention patterns – Do NOT split the hook into multiple parts – Do NOT add multiple holes Output: – STL file – Units in millimeters – Correct real-world scale – Ready for direct Boolean Union in Autodesk Meshmixer Clinical use: – Orthodontic elastic hook integrated into a clear aligner – Vestibular placement – Class II or Class III elastic mechanics
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