Membrane Field Pro · Coming soon WebGPU shader

Softness, with structure.

Translucent folded surfaces with travelling undulations, soft optical depth and local pressure. An animated WebGPU material study for biotech and editorial interfaces.

Meet the surface

Part of Aperveil Pro · Coming soon. The live demo, editor and downloads will open in a later release. Free shaders and blocks are available now.

A surface, not a screenshot.

Pro · Coming soonReact exportRaw WGSL

THE SYSTEM BEHIND THE SURFACE

Inside Membrane Field.

Overlapping translucent sheets carry broad travelling waves. Their analytic slopes change with the motion, and thickness-dependent absorption gives folds optical depth. The pointer produces a local indentation in the surface lighting instead of dragging the whole composition.

This is an art-directed material study, not a cell membrane reconstruction, medical visualization or validated tissue simulation. It does not show biological data, sample page content or solve multiple scattering. This remains a local development preview, outside the published catalog.

No published timing sample. Profile this effect on your target devices.

Membrane layers

Number of stacked membranes.

Fold depth

How deeply each membrane folds.

Layer spacing

Distance between the stacked membranes.

Transmission

How much light passes through the membranes; low values make them denser and darker.

Color Looks preserve these settings. Open the editor for all 17 controls.

THE SURFACE IN CONTEXT

Made for a real interface.

Give a biotech research story or considered healthcare launch a softer visual language. Use the open areas for readable HTML, keep critical health information separate from decorative motion, and choose low interaction for calm editorial pages.