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cronosbeckblink182
11-20 00:28
Model Name
criba vibratoria 3d
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
vibrating
vibrating screen
Input
Prompt
Generate a highly accurate and structurally solid 3D model of an industrial vibrating screen (criba vibratoria) used for mineral classification. The machine must include: – A large rectangular feed hopper at the top, with reinforced edges. – A slightly inclined vibrating screen deck with perforated mesh, supported by strong side frames. – Vibration springs beneath the screen deck, placed on both sides. – The lower discharge chute aligned with the screen inclination. – A lateral electric motor connected to an eccentric mechanism that generates vibration. – The support frame made of square steel beams with welded joints. – Back conveyor or extraction channel behind the hopper, depending on the original structure. Important modeling instructions: – All thin components must be generated thicker and structurally consistent, avoiding extremely thin walls (minimum 4–5 mm thickness). – The mesh screen should be represented as a solid surface with a perforation texture, not as extremely thin open geometry, to avoid STL export errors. – Avoid hollow or open edges; use closed, manifold geometry suitable for 3D printing. – The model must be watertight and free of non-manifold edges. – Use simplified but accurate industrial textures and avoid micro-details that can create irregular STL surfaces. – Ensure the motor, springs, hopper, screen frame, and support structure have clean, solid topology. – Maintain correct proportions based on typical industrial vibrating screens. Desired style: realistic industrial design, clean geometry, no deformation, ready for engineering use and STL export. Generate the model from the provided image, ensuring full structural coherence and avoiding ambiguous shapes.
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