3D preview of Hydrocyclone Body with Tangential Inlet and Swirl Vanes
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Interactive 3D model of Hydrocyclone Body with Tangential Inlet and Swirl Vanes

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Hydrocyclone Body with Tangential Inlet and Swirl Vanes

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Bounding box
108.3 × 108.2 × 314.0 mm
Engine
Precision B-rep
Parameters
22
Published
September 24, 2026

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The prompt

Add 4 identical internal swirl vanes, equally spaced 90° around the axis. Each vane is 25 mm high and angled 15° from tangential. Keep the main fluid passage open.

Parameters

NameValueRange
Chamber Inner Diameter100 mm40 – 300
Chamber Cylinder Height140 mm60 – 400
Wall Thickness4 mm2 – 15
Cone Height100 mm20 – 300
Outlet Bore Diameter20 mm5 – 80
Outlet Nozzle Length30 mm5 – 150
Vortex Finder OD30 mm10 – 100
Vortex Finder Bore20 mm5 – 90
Vortex Finder Insertion Depth30 mm0 – 200
Vortex Finder Above Top40 mm0 – 200
Inlet Opening Width9 mm2 – 60
Inlet Opening Height18 mm2 – 60
Inlet Below Chamber Top60 mm5 – 250
Inlet Duct Length15 mm0 – 150
Inlet Incline Angle26 deg0 – 60
Swirl Vane Count42 – 12
Vane Height25 mm5 – 100
Vane Thickness2.5 mm1 – 10
Vane Pitch From Tangential15 deg0 – 60
Vane Inner Tip Radius25 mm5 – 200
Vane Top Below Chamber Top70 mm0 – 300
First Vane Azimuth45 deg0 – 360

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.

Hydrocyclone Body with Tangential Inlet and Swirl Vanes - Free CAD Model (STEP, STL) | TextoCAD