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Cyclone Dust Separator

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Bounding box
126.1 × 106.1 × 550.0 mm
Engine
Precision B-rep
Parameters
13
Published
October 22, 2026

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The prompt

Create a precision, parametric 3D cyclone dust separator for ANSYS Fluent CFD, in millimetres. - Cylindrical chamber: 100 mm internal diameter × 150 mm high. - Conical section: 250 mm high, tapering from 100 mm to 37.5 mm diameter. - Tangential inlet duct: 20 × 50 mm internal cross-section, 100 mm long, entering near the top of the cylinder. - Central vortex finder: 50 mm internal diameter, extending 50 mm below the roof. - Clean-air outlet pipe: 50 mm internal diameter, 100 mm long above the roof. - Bottom dust outlet: 37.5 mm internal diameter, with a 50 mm straight extension. Create a hollow, continuous internal fluid passage. Keep the inlet tangential, the vortex finder and dust outlet centred, and both outlets open. Make the geometry watertight and suitable for extracting a separate fluid volume in ANSYS SpaceClaim. Keep the dimensions editable. Avoid decorative details and unnecessary fillets. If possible, create named faces: "INLET_VELOCITY", "CLEAN_AIR_OUTLET", "DUST_OUTLET", and "CYCLONE_WALLS". Export as STEP.

Parameters

NameValueRange
Cylinder Inner Diameter100 mm50 – 200
Cylinder Height150 mm50 – 300
Cone Height250 mm100 – 500
Dust Outlet Inner Diameter37.5 mm10 – 100
Inlet Width (radial)20 mm5 – 50
Inlet Height (vertical)50 mm10 – 100
Inlet Length (tangential)100 mm20 – 200
Inlet Center Z120 mm30 – 140
Vortex Finder Inner Diameter50 mm20 – 100
Vortex Finder Extension Below Roof50 mm10 – 150
Clean Air Outlet Pipe Length100 mm20 – 300
Dust Outlet Extension Length50 mm10 – 200
Wall Thickness3 mm1 – 10

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

Cyclone Dust Separator - Free CAD Model (STEP, STL) | TextoCAD