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Vibrating 3D Models

Find the best Vibrating 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.

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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
Anonymous1763556480
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
Anonymous1763556480
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
Anonymous1763552114
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
Anonymous1763556480
Create a precise 3D model of an industrial inclined vibrating screen machine with a feeding hopper. The equipment consists of a large rectangular steel structure with an upper feed hopper, an inclined mesh screening bed, support frame, vibration motor with pulleys, springs, side brackets, and lower discharge chute. Reconstruct all visible components exactly as shown in the reference image: the steel frame, mesh deck, motor mount, support legs, crossbeams, and the geometry of the conveyor-like base. Ensure accurate proportions, correct angles, and sharp mechanical edges. Produce a clean, watertight, manifold mesh optimized for STL 3D printing, with no holes or intersecting geometry. Use simple industrial metallic surfaces without strong texture. Maintain structural rigidity and realistic thickness for all steel profiles.
Anonymous1763556480
Create a precise 3D model of an industrial inclined vibrating screen machine with a feeding hopper. The equipment consists of a large rectangular steel structure with an upper feed hopper, an inclined mesh screening bed, support frame, vibration motor with pulleys, springs, side brackets, and lower discharge chute. Reconstruct all visible components exactly as shown in the reference image: the steel frame, mesh deck, motor mount, support legs, crossbeams, and the geometry of the conveyor-like base. Ensure accurate proportions, correct angles, and sharp mechanical edges. Produce a clean, watertight, manifold mesh optimized for STL 3D printing, with no holes or intersecting geometry. Use simple industrial metallic surfaces without strong texture. Maintain structural rigidity and realistic thickness for all steel profiles.
Anonymous1763552114
3d vibrating grizzly
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Anonymous1763222075
一台振动筛设备
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Anonymous1755335298
u자형 실리콘 칫솔에 진동 전력을 제공하는 작은 본체 기계랑 선으로 연결된 제품 디자인
Anonymous1760503065
Enter invite code to get credits!