3D Workspace
Home
Assets
Affiliate Program
Creator Program
Sign up/Log in
View Plans
DCC Bridge
hashimfreelance521
11-08 20:49
Model Name
bearing housing 3d model
Tags
3d printing
3d printing realistic
bearing housing
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
Input
Prompt
make a 3d model like this with these measurements: (Units: mm) Base Length (X) = 120 Width (Y) = 45 Thickness (height) = 12 Base corner radius = R10 (rounded corners on base) Mounting holes (in base) Quantity = 2 Diameter = Ø11 THRU Hole center from end (along length) = 20 (measured from outer left/right edge to each hole center) Hole position across width = centered (i.e., 22.5 mm from either long edge) Supports / Vertical boss Height of supports above base = 60 (top of support to top of base) Total overall height from base bottom to top small boss = 85 (so small boss height above support = 85 − 60 = 25) Bearing boss (top round boss) Outer cylindrical boss diameter = Ø40 (outer overall diameter of the top cylinder) Bearing seat diameter = Ø24 (fit tolerance K6 indicated on drawing — you can create Ø24 plain) Inner bore (through) = Ø16 Small top nipple / counterbore Small top recess diameter ≈ Ø12 (drawn on top of the boss) Small center hole / grease hole: drawing has note Ø5 THRU and M6 - 6H THRU nearby. For the small top hole use Ø5 thru (or a threaded M6 if requested). Fillets All fillet radii unless otherwise specified: R3 (note on drawing: “All fillet radii 3mm unless otherwise specified”) Slanted faces Slanted support faces angle = 70° (angle of the chamfered support face shown in side view) Other dimensions shown on top/front view Gap or throat between supports (distance between inner vertical faces) — drawing shows 17 mm (this is the horizontal distance between inner faces as shown in the front view). Thickness of the upright neck where boss sits (left/right thicknesses) — drawing shows 6 mm on one side (use the sketch dimension step below to place exact thicknesses by symmetry).
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
hashimfreelance521
hashimfreelance521hashimfreelance521