Vibrating Ripples [Headphone Stand]

by Clark Cheng


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The Vibrating Ripples headphone stand is a conceptual design project that transforms a simple utility into a piece of functional art. Inspired by the natural beauty of ripples spreading across water, it reflects how sound waves travel—fluid, dynamic, and endlessly expanding.

Its sculptural form is defined by smooth, layered curves that echo the rhythm of vibrations. These circular patterns create a sense of movement, as if the stand itself resonates with the energy of music. This organic design language ensures the piece feels alive, even when it is standing still.

Functionality remains at the core: the stand cradles headphones securely, preserving their shape and ensuring long-term protection. A wide, weighted base provides balance, while the ergonomic top support makes it easy to place and remove headphones with care.

The stand was produced using 3D printing technology, allowing for precise layering that naturally reinforces the ripple-inspired form. Once printed, it was carefully finished and painted in a neutral grey, giving it a sleek, modern appearance that highlights its sculptural qualities while remaining versatile for any environment.

Beyond practicality, the Vibrating Ripples stand invites emotional connection. It bridges the gap between technology and nature, reminding users that sound is not only something we hear but also something we feel. It is more than a stand—it is a symbol of vibration, resonance, and the beauty of music made tangible.

Variable Profile Size
1. Creating base profile from ellipical curves.

Soft Indent Attractor
2. Divide curves, then attractor point to add indention into the points.

Loft + Mesh
3. Create surface and convert to a quad mesh.

Picture Frame + Smoothing
4. Picture frame, offset for thickness and Catmull-Clark SubD smoothing.



Variable Profile Size
Computational Sketched Image of my Headphone Stead.