3D preview of Skincare Bottle Organizer Base
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Interactive 3D model of Skincare Bottle Organizer Base

Enclosures and housings

Skincare Bottle Organizer Base

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Bounding box
94.0 × 94.0 × 25.0 mm
Engine
Precision B-rep
Parameters
7
Published
October 9, 2026

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The prompt

Design a 3D-printable organizer base for 4 cylindrical skincare bottles. All units in millimeters. Export as a single watertight (manifold) STL. OVERALL SHAPE - A square block, 94 mm x 94 mm, 25 mm tall, sitting flat on the XY plane (bottom face at Z=0). - The 4 vertical corners are rounded with a 12 mm radius (soft, Mac mini style). - The top and bottom outer edges have a 2 mm fillet. BOTTLE POCKETS - 4 circular pockets, each 34 mm in diameter, arranged in a 2x2 grid. - Pocket center-to-center spacing is exactly 44 mm in both X and Y. This leaves a 10 mm solid wall between neighboring pockets. - The grid is centered on the block. Pocket centers are at X = ±22 mm and Y = ±22 mm from the block center. - Each pocket is 22 mm deep, cut from the top face downward, with a flat bottom. This leaves a solid 3 mm base under every pocket. Pockets are blind holes, not through-holes. - Pocket walls are perfectly vertical, with no taper. - Leave a 8 mm solid wall between each pocket and the outer edge of the block. CONSTRAINTS - One single solid body, no separate parts. - Flat bottom with no overhangs or supports needed for printing. - No text, logos, or decorative features. - Do not change the stated dimensions. If any value conflicts, prioritize: pocket diameter (34 mm), pocket spacing (44 mm center-to-center), overall height (25 mm).

Parameters

NameValueRange
Overall Width94 mm80 – 110
Overall Height25 mm25 – 40
Corner Radius12 mm5 – 20
Top/Bottom Edge Fillet2 mm0.5 – 4
Pocket Diameter34 mm20 – 50
Pocket Center Spacing44 mm36 – 60
Pocket Depth22 mm10 – 24

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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Skincare Bottle Organizer Base - Free CAD Model (STEP, STL) | TextoCAD