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matheus.rdrop
02-10 19:33
Model Name
inline air filter 3d model
Tags
3d printing
3d printing realistic
air filter
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
Prompt
Create a precise mechanical 3D model of an inline activated carbon filter for air extraction systems (grow tent style), cylindrical design, engineering-focused, real-world manufacturable geometry, clean topology, non-organic shapes. SPECIFICATIONS: Overall format: - Cylindrical inline air filter - Total length: 280 mm - Outer diameter: 170 mm - Airflow direction: outside to inside (radial filtration toward central core) Internal structure (from center outward): 1) Central perforated air tube: - Inner diameter: 100 mm (duct connection standard) - Wall thickness: 1 mm - Uniform circular perforations - Hole diameter: 4 mm - 35% open area ratio - Ends reinforced with ring supports 2) Inner retention mesh layer: - Thin cylindrical mesh around central tube - Thickness: 1 mm - Fine grid to retain carbon granules 3) Activated carbon chamber: - Radial thickness: 32 mm - Empty volume (do NOT simulate particles) - Represent as hollow annular chamber 4) Outer perforated structural shell: - Thickness: 2 mm - Perforation holes: 5 mm - 50% open surface - Structural ribs every 60 mm along length 5) External removable pre-filter sleeve: - Thickness: 8 mm - Smooth fabric-like cylindrical layer - Separate detachable object End caps: Front intake cap: - Fully perforated plate - Structural ribs - Snap-fit or screw mount interface Rear exhaust cap: - 100 mm duct flange - Reinforced collar - Rubber gasket channel Additional engineering constraints: - Uniform wall thickness suitable for 3D printing - No organic smoothing - Hard surface mechanical design - Separate components grouped logically - Realistic assembly tolerances - Clean CAD-style topology - Flat mechanical surfaces - Functional assembly-ready geometry Output requirements: - Exploded view compatible - Separate mesh groups: central_tube inner_mesh carbon_chamber outer_shell pre_filter intake_cap exhaust_cap Style: industrial mechanical CAD model functional engineering prototype not decorative not stylized
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matheus.rdrop
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