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Interactive 3D model of Tapered Reservoir with R1 Shaft Supports

Enclosures and housings

Tapered Reservoir with R1 Shaft Supports

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Bounding box
120.0 × 31.0 × 80.0 mm
Engine
Precision B-rep
Parameters
20
Published
November 2, 2026

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The prompt

Modify the current model only. Keep the reservoir and Roller R1 unchanged. Add two identical internal supports for the R1 shaft, one on each internal side wall. R1 axis: - Y = 10.14 mm - Z = 14 mm - parallel to X Each support: - integrated with the reservoir side wall - projection inward along X = 3 mm - U-shaped shaft seat open upward - shaft seat diameter = 3.4 mm - shaft seat centered on the R1 axis - minimum support thickness around the seat = 2.5 mm The left support must extend inward from the left internal wall. The right support must extend inward from the right internal wall. Keep at least 1 mm axial clearance between each support and the corresponding end of Roller R1. Do not create holes through the reservoir walls. Do not merge Roller R1 with the supports. Roller R1 must remain a separate removable solid body. Do not modify the reservoir dimensions, taper, wall thickness, bottom or existing slots. Do not add the shaft, second roller, motor, cover, drain or other features.

Parameters

NameValueRange
Overall Width X120 mm60 – 300
Overall Height Z80 mm40 – 200
Depth at Bottom12 mm5 – 80
Depth at Z-Mid31 mm5 – 100
Z of Mid Taper Point30 mm10 – 150
Depth at Top27 mm5 – 100
Wall Thickness3 mm1.5 – 10
Bottom Thickness3 mm1.5 – 12
Slot Width X40 mm5 – 110
Slot Height Z10 mm2 – 30
Lower Slot Centre Z42 mm5 – 190
Upper Slot Centre Z58 mm5 – 190
R1 Roller Diameter8 mm3 – 40
R1 Roller Length106 mm20 – 250
R1 Axial Bore3.4 mm0 – 20
R1 Axis Height Z14 mm5 – 150
R1 Centre X60 mm0 – 300
Support Projection Inward3 mm1 – 20
Seat Diameter3.4 mm1 – 20
Material Around Seat2.5 mm1 – 12

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.

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Tapered Reservoir with R1 Shaft Supports - Free CAD Model (STEP, STL) | TextoCAD