3D preview of Parametric Hinged Compact Case (Exploded Parts)
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Interactive 3D model of Parametric Hinged Compact Case (Exploded Parts)

Enclosures and housings

Parametric Hinged Compact Case (Exploded Parts)

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Bounding box
408.4 × 100.0 × 3.0 mm
Engine
Precision B-rep
Parameters
20
Published
November 5, 2026

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The prompt

Create a fully 3D-printable circular hinged compact case. The case consists of: - Two identical circular rings, each with an 88 mm outer diameter. - Each ring must accept a removable circular bottom insert with an 80 mm diameter. - The inserts must snap securely into the rings but remain removable by hand. - Each insert is 2 mm thick. - Both rings are connected by an integrated mechanical hinge. - The hinge must allow the case to open and close freely. - Add a small notch to each ring to remove the inserts easily. - Design a simple snap-fit closure opposite the hinge. - No screws, no metal parts and no glue required for assembly. - Separate printable components. - Optimized for PLA FDM 3D printing. - Use realistic tolerances and avoid supports wherever possible. Generate the complete assembly and all individual STL files.

Parameters

NameValueRange
Layout gap20 mm1 – 100
Ring outer diameter88 mm60 – 120
Ring insert pocket diameter80.4 mm40 – 110
Ring axial thickness3 mm1 – 6
Insert diameter80 mm50 – 110
Insert thickness2 mm1 – 4
Snap bead protrusion0.5 mm0.1 – 1.5
Snap bead height0.5 mm0.1 – 2
Bead groove height clearance0.2 mm0.05 – 0.8
Bead groove diametral clearance0.4 mm0.1 – 1
Hinge width12 mm4 – 25
Hinge radial depth6 mm2 – 12
Hinge pin hole diameter2.5 mm1 – 6
Catch width8 mm4 – 20
Catch radial depth6 mm2 – 12
Catch chamfer0.5 mm0.1 – 2
Insert removal notch width6 mm3 – 12
Insert removal notch depth3 mm1 – 6
Insert finger recess width6 mm3 – 12
Insert finger recess depth4 mm2 – 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.

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Parametric Hinged Compact Case (Exploded Parts) - Free CAD Model (STEP, STL) | TextoCAD