Vertical rods 3D Models

Find the best Vertical rods 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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Design a 3D, print-ready rack for two soft running flasks. Rectangular base: 200x100 mm, overall height 230 mm. Floor: 3 mm thick, perimeter wall 6 mm high. Base has a grid floor with 10x10 mm square holes, 5 mm ribs, 10 mm solid border inside wall. Four 8 mm diameter feet pads, 2 mm tall. Two vertical rods, 20 mm diameter, 220 mm tall, spaced 60 mm center-to-center, positioned 60 mm from rear wall; rods have 4 mm fillet at base, 1 mm chamfer on top. Provide 15 mm clearance front/rear, 10 mm between flasks. Optional: three 18 mm diameter, 25 mm tall cap posts, 25 mm apart, 3 mm drain holes. Monolithic, FDM print, no supports, +0.5 mm tolerance, base flat on build plate. full black color

Anonymous1765619529

Prompt: Design a 3D, print-ready rack for two soft running flasks that slide onto vertical rods. The rack has a rectangular base with a grid (perforated) floor for drainage, a low perimeter wall, and two solid vertical rods to hold the flasks. Use millimeters. Make all parts monolithic (one piece), suitable for FDM printing without supports.

Overall

Base footprint: 200 mm (length) x 120 mm (width)
Overall height: 230 mm (including rods)
Material thickness: walls and floor 3 mm
Fillets/chamfers: 2 mm fillet on external edges; 1 mm chamfer on rod tops
Perimeter wall

Height: 15 mm
Thickness: 3 mm
Open top, with a 3 mm lip around the base (the wall is around the grid)
Grid floor (drainage)

Grid type: square holes
Hole size: 10 mm x 10 mm
Rib width between holes: 5 mm
Leave a 10 mm solid border inside the wall before the grid starts
Add four 8 mm diameter feet pads under the corners, 2 mm tall, for stability
Vertical rods (to slide flasks on)

Quantity: 2, centered left-to-right along t

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Refine this 3D model into a clean, high-quality architectural sculpture.
Preserve the original overall geometry and proportions, but improve accuracy, smoothness and structural realism.
Make all vertical poles perfectly cylindrical with uniform diameter, and the top wave beam smooth and continuous, as if manufactured from stainless steel AISI 316.

Sharpen edges where necessary, remove mesh noise, fix distortions, unify polygon flow, and produce a clean watertight mesh suitable for architectural visualization and real fabrication.

Material should resemble matte brushed stainless steel, with crisp reflections and realistic surface continuity.

Do not add any extra decorative elements. Do not change the count or spacing of the poles. Maintain the minimalistic parametric design.
Enhance surface clarity, increase mesh resolution, and make the sculpture appear precision-built.
Preserve all proportions and topology, but refine the curvature of the top sinusoidal beam and ensure perfect a

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