This 3D model is a minimalist wall clock housing inspired by the visual language of Apple’s clock widget. The design focuses on clean geometry, soft radii, and a calm, balanced appearance while remaining fully functional and easy to manufacture using standard 3D printing methods.
The housing follows a rounded rectangular (squircle-style) form, closely resembling the proportions andsoftness typically associated with modern Apple UI elements. The frame and the main housing are designed to sit on the same plane, without any height offset between them, resulting in a seamless and uniform front appearance.
All visible surfaces are flat and clean, emphasizing simplicity and precision. The model avoids unnecessary details and relies on subtle geometry and proportion to achieve its aesthetic.
This 3D model is a minimalist wall clock housing inspired by the visual language of Apple’s clock widget. The clock face features slightly raised hour markers and numerals, lifted approximately 2 mm above the surface. This provides depth and clear visual separation while maintaining a minimalist look.
All other parts of the dial remain completely flat, which improves print quality and ensures a clean finish even with standard FDM printers.
The layout is optimized for readability and works especially well with contrasting colors between the housing and the markers.
The internal geometry is designed to accommodate a rectangular clock movement with nominal dimensions of 55 mm × 55 mm.
The cavity includes small tolerances to ensure a secure fit
Slight dimensional variations between different clock mechanisms are accounted for
For mechanisms with slightly smaller dimensions, a small amount of double-sided tape or adhesive is recommended to ensure a firm and rattle-free installation
The shaft is precisely centered to ensure correct alignment of hour, minute, and second hands.
This model is specifically designed for wall mounting.
Integrated mounting holes are directly modeled into the housing, allowing the clock to be hung using standard nails. No additional brackets or hardware are required.
The mounting solution is simple, robust, and suitable for long-term use.
The model is designed as a multi-part assembly:
All parts are printed individually
Final assembly is done after printing
A small amount of glue can be used to secure parts where necessary
This modular approach improves print reliability and allows for cleaner surface finishes on all visible areas.
No support material is required
The model is intended to be printed exactly in the orientation in which the files are provided
All parts are optimized for clean printing with standard slicer settings
Standard layer heights (0.16–0.20 mm) are sufficient to preserve the raised markers and crisp edges.
Due to the design and size of the included second hand:
It is very likely that the printed second hand will not fit perfectly onto all clock mechanisms
Some clock movements may also lack sufficient torque to reliably drive the printed second hand
Recommended solution:
Use the original second hand included with the clock mechanism and simply paint it orange. This provides a visually identical result while ensuring reliable operation.
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This model was fully designed and created without the use of artificial or generative intelligence; only the written description was refined with AI assistance.
The author marked this model as their own original creation.