SVG Wave Generator

Design smooth SVG wave dividers for website headers and section transitions. Customize layers, height, crests, and amplitude, then copy SVG or CSS.

Private by architecture: All processing is 100% client-side memory. Your data never leaves this browser tab.
Wave Parameters
Live Wave Preview
Export Code
Download .svg

About This Tool

The SVG Wave Generator crafts fluid, mathematical section dividers for modern web pages, hero headers, and cards.

By combining parametric cubic Bezier splines with deterministic pseudo-random seeds, you can dial in multi-layered waves with staggered opacity. Copy the raw SVG markup or grab a production-ready CSS background-image snippet with zero network overhead.

Key Features

  • 1 to 4 layered depth: Stack multiple translucent wave tiers behind the foreground wave for visual depth.
  • Crests and amplitude control: Adjust the number of crests from gentle swells to rolling peaks with responsive amplitude scaling.
  • Top or bottom divider flip: Orient the wave divider for bottom section footers or inverted top hero dividers.
  • Deterministic seed randomization: Shuffle seeds for endless organic shapes and bookmark or reuse the exact seed number.
  • Raw SVG and CSS Data URI output: Copy clean SVG XML or paste inline CSS data URLs directly into stylesheet rules.

Frequently Asked Questions

How do I add the wave divider to my website?
Copy the raw SVG code and paste it at the bottom of your container, or copy the CSS code and apply it as a background-image property.
Will the wave stretch cleanly across wide screens?
Yes. The generated SVG uses viewBox="0 0 1440 height" with preserveAspectRatio="none", allowing it to fill full-width viewport containers smoothly.
Can I animate the waves?
Yes. Because the output produces clean individual <path> elements with distinct d attributes, you can animate wave layers via CSS transforms or SVG SMIL animations.
Does this generator require any server requests?
No. The wave geometry is calculated purely in client memory using polynomial Bezier algorithms.