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Anonymous1771050110
02-14 07:04
Model Name
industrial entry fixture 3d model
Tags
3d printing
3d printing realistic
metallic
props
props 3d printing
props 3d printing realistic
props realistic
realistic
solid cylindrical
Prompt
Objective: A high-precision, watertight 3D CAD model of an industrial Entry Fixture for 3D printing. Exterior Geometry: A single, solid cylindrical body with a uniform diameter (no taper). Overall external dimensions imply a polished, cup-like silhouette with a thickness of 3 mm. Height: 50 mm from base to top. Exterior Finish: Polished steel appearance with a photorealistic silver metallic finish. Internal Geometry: A smooth internal bore running through the full height, with a constant internal diameter of 50 mm. Wall Thickness: 3 mm throughout (external diameter determined by the bore and wall thickness to maintain the 3 mm clearance). Threading: Internal screw threads located at the bottom interior section. Threads start at the bottom face and rise upward for exactly three full rotations. Threads are perfectly vertical with a uniform pitch of 1.5 mm and a MES/ISO-standard thread profile suitable for printing. Tolerances and Quality: Manifold solid body, zero-clearance edges, smooth high-polygon surfaces suitable for 3D printing, ensuring watertight geometry. Finish: Photorealistic metallic silver finish. View: A single, complete, ready-to-print view showing the entire exterior and the hollow interior in a full 360-degree isometric perspective from a slightly top-down angle. No cross-sections, no cutaways. Notes and constraints to ensure printability: The internal bore is concentric with the exterior to maintain uniform wall thickness. Thread geometry should be designed for FDM/SLA printing with appropriate relief and minimum thread height to ensure print success; consider a thread depth compatible with your printer’s resolution (e.g., 0.5–0.8 mm thread depth per standard practice, adjusted to achieve 3 full turns within the bottom interior portion). Ensure the bottom interior region containing the threads is accessible for post-processing if needed. The model should be a single manifold solid with zero inner gaps (no unintended voids) other than the hollow interior specified.
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Anonymous1771050110
Anonymous1771050110