CSS Clip-Path Generator

Create custom shapes with ease. This powerful CSS Clip-Path Generator lets you visually create CSS clip-path shapes for your web projects.

Key Features

  • Visual Editor: Drag points to create and modify shapes in real-time

  • Preset Shapes: Quick access to common shapes like triangles, circles, and polygons

  • Advanced Options: Support for polygon(), circle(), ellipse(), and inset() functions

  • Copy-Ready Code: One-click copying of CSS clip-path values

  • Right-Click Controls: Delete points with a simple right-click

  • Reset Function: Revert to original shape positions instantly

Perfect for designers and developers who need precise control over element shapes. No more manual coordinate calculations or trial-and-error adjustments. Shape your web elements exactly how you want them.

Why Use It?

Create engaging UI elements, unique image masks, and creative layouts without graphics software. Works seamlessly across modern browsers. Start shaping the web, visually.

Getting Started Guide

A step-by-step introduction to using the CSS clip-path generator:

  1. Choose a Shape: Select from preset shapes or start with a blank canvas

  2. Customize Points: Drag points to adjust the polygon coordinates

  3. Fine-tune: Use the visual editor for precise adjustments

  4. Copy Code: Get the generated CSS for your project

Tips & Best Practices

  • Use percentage values for better responsive design

  • Combine shapes to create complex geometric patterns

  • Test across different browsers for compatibility

  • Consider adding fallbacks for older browsers

  • Keep shapes simple for optimal performance

Examples Gallery

Showcase practical applications of clip-path:

  • Hero Sections: Create unique header designs

  • Image Masks: Apply creative photo frames

  • UI Components: Design modern interface elements

  • Animated Shapes: Demonstrate transition effects

  • Layout Elements: Show structural design patterns

Common Use Cases

Popular applications in modern web development:

  • Creating unique UI/UX designs

  • Building interactive web components

  • Implementing creative CSS animations

  • Designing custom image masks

  • Developing engaging landing pages

What is a CSS clip-path Generator?

A CSS clip-path Generator is a visual tool that creates clipping path code for web elements without manual coordinate calculations.

You draw shapes on a canvas, adjust points, and get instant CSS output ready for production.

Eliminates the tedious math behind polygon coordinates, circle radii, and ellipse parameters.

How CSS clip-path Works

The clip-path property defines a clipping region that determines which parts of an element remain visible.

Everything outside this region gets hidden, but the element's actual dimensions stay unchanged.

Supports multiple shape functions: polygon(), circle(), ellipse(), inset(), and path().

Coordinates use percentage or pixel values relative to the element's bounding box.

Browser rendering engines apply the clip during the paint phase, creating clean geometric cuts.

Works with HTML elements, images, backgrounds, and even SVG graphics.

Supported Shapes

Polygon shapes handle complex multi-point paths with unlimited vertices.

Circle and ellipse functions create rounded clipping with simple radius controls.

Inset shapes cut rectangular regions with optional rounded corners.

Path-based clipping uses SVG path syntax for maximum flexibility.

Browser Support and Compatibility

Chrome, Firefox, Safari, and Edge all support clip-path with excellent coverage since 2016.

Vendor prefixes (-webkit-clip-path) needed only for older Safari versions.

Internet Explorer lacks support entirely, requiring fallback strategies.

Mobile browsers match desktop support, making clip-path reliable for responsive design.

Using the Generator Tool

Interface Walkthrough

Most generators split the screen between a shape editor and code output panel.

The canvas displays your element with adjustable control points.

Drag points to reshape, click to add vertices, delete to remove.

Real-time preview shows exactly how browsers will render the clipped element.

Input Methods

Manual coordinate entry works when you know precise values.

Visual dragging suits exploratory design and quick iterations.

Import existing clip-path code to modify and refine.

Some tools accept SVG paths for conversion to CSS format.

Real-time Preview

Changes appear instantly as you adjust shape parameters.

Toggle between different element types (image, div, text container) to test compatibility.

Preview panel mirrors actual browser rendering without guesswork.

Test different element sizes to verify scalability.

Code Output Formats

Generates clean CSS ready for copy-paste into stylesheets.

Includes standard syntax plus vendor-prefixed versions when needed.

Some tools output inline style attributes for quick HTML prototypes.

Export options may include SCSS variables or JavaScript objects.

CSS clip-path Syntax

Basic Syntax Structure

clip-path: shape-function(parameters);

The property accepts one shape function with its specific value set.

Multiple shapes require separate elements or complex path() syntax.

Combine with other properties like transform for advanced effects.

Value Types and Units

Percentages (%) calculate relative to element dimensions.

Pixels (px) provide absolute positioning independent of element size.

Viewport units (vw, vh) scale with browser window dimensions.

Mix unit types within the same shape function, though consistency helps maintainability.

Multiple Shape Functions

Each element accepts only one clip-path value at a time.

Layer multiple elements with different clips to create composite effects.

SVG path() function bundles multiple shapes into one declaration.

CSS masking offers alternative approaches for complex multi-shape needs.

Path Definitions

Path syntax follows SVG path data format: M (move), L (line), C (curve), Z (close).

clip-path: path('M 0 0 L 100 0 L 100 100 Z');

Curves use Bezier control points for smooth arcs.

Path coordinates are absolute by default, relative when using lowercase commands.

Shape Types Available

Polygon Shapes

Creates custom multi-point shapes with three or more vertices.

clip-path: polygon(50% 0%, 100% 50%, 50% 100%, 0% 50%);

Coordinates listed as x-y pairs in clockwise or counter-clockwise order.

Perfect for triangles, hexagons, arrows, and irregular geometric forms.

Circle Shapes

Defines circular clipping with radius and center position.

clip-path: circle(50% at center);

Radius accepts length or percentage values.

Position keywords (center, top, left) or coordinate pairs set the circle origin.

Ellipse Shapes

Similar to circles but with separate horizontal and vertical radii.

clip-path: ellipse(40% 30% at 50% 50%);

First value controls width, second controls height.

Useful for oval portraits, pill-shaped buttons, or stretched circular effects.

Inset Shapes

Cuts rectangular regions from element edges.

clip-path: inset(10px 20px 30px 40px round 15px);

Values follow CSS margin order: top, right, bottom, left.

Optional border-radius parameter creates rounded rectangle clips.

Path-based Shapes

Uses complete SVG path syntax for maximum shape complexity.

clip-path: path('M10,10 Q50,0 90,10 T170,10');

Supports cubic and quadratic Bezier curves for smooth organic shapes.

Requires absolute understanding of SVG path commands.

Customization Options

Coordinate Systems

Percentage values scale with element dimensions automatically.

Pixel coordinates stay fixed regardless of container size.

Choose percentages for responsive layouts, pixels for precise control.

Unit Selection

Most generators let you toggle between px, %, em, rem, and viewport units.

Mixing units works but complicates maintenance.

Stick to percentages for shapes that need to scale across breakpoints.

Animation Properties

Clip-path accepts CSS transitions and keyframe animations.

Morph between different shapes by animating coordinate values.

GPU acceleration applies automatically since clip-path triggers compositing layers.

Keep polygon vertex counts identical when transitioning between shapes.

Responsive Considerations

Percentage-based coordinates adapt to viewport changes seamlessly.

Use media queries to swap clip-path values at specific breakpoints.

Test shapes at mobile widths since coordinate positions shift with aspect ratio changes.

Code Export Features

CSS Output

Generators produce standard CSS declarations ready for stylesheets.

Copy the full rule or just the property value.

Output includes proper semicolons and formatting.

Copy Functionality

One-click copying sends code directly to clipboard.

Some tools offer "Copy as SCSS" or "Copy as inline style" variants.

Syntax highlighting makes reviewing generated code easier.

Cross-browser Prefixes

Older Safari versions need -webkit-clip-path alongside standard syntax.

Most generators include prefixes automatically when necessary.

Modern autoprefixers handle this during build processes, making manual prefixes optional.

Inline vs External Styles

Inline attributes work for quick prototypes and testing.

External stylesheets keep markup clean and enable reuse across elements.

Choose inline when generating one-off landing page elements.

Implementation Examples

Basic Shape Applications

Diamond shapes for image galleries:

clip-path: polygon(50% 0%, 100% 50%, 50% 100%, 0% 50%);

Circular profile avatars without border-radius limitations.

Triangular notification badges pointing toward content.

Complex Polygon Examples

Multi-point stars created with alternating inner and outer vertices.

Irregular geometric patterns for hero image treatments.

Isometric shapes mimicking 3D perspective through careful coordinate placement.

Animated clip-paths

Morphing shapes on hover using CSS keyframes:

transition: clip-path 0.3s ease;

Reveal effects that "cut away" to show content underneath.

Loading animations that pulse or rotate through shape variations.

Responsive Designs

Switch from complex polygons to simple circles at mobile breakpoints.

Adjust coordinate percentages to maintain visual balance across screen sizes.

Combine with responsive typography for cohesive scaling.

CSS Masking vs. clip-path

Differences Explained

clip-path cuts hard edges with complete transparency outside the region.

CSS mask-image applies gradual transparency using image alpha channels.

Masking handles soft edges and gradients; clipping produces sharp geometric boundaries.

Use Case Scenarios

Pick clip-path for geometric shapes, polygons, circles, and clean cuts.

Choose masking when you need feathered edges or gradient transparency.

Both can apply to the same element but serve different visual purposes.

Performance Considerations

Clip-path renders faster since it involves simpler calculations.

Complex masks with large images increase paint times.

Both trigger GPU acceleration on most modern browsers.

SVG clip-path Integration

SVG Path Definitions

Reference external SVG clipPath elements from CSS:

clip-path: url(#myClipPath);

Inline SVG definitions inside HTML for better control.

Reuse single SVG clips across multiple elements.

Converting Between Formats

Path() function in CSS mirrors SVG path syntax exactly.

Tools exist to convert SVG clipPath elements to CSS path() declarations.

Manual conversion requires understanding M, L, C, Q, and Z commands.

Advantages of SVG Paths

Curves and complex organic shapes impossible with basic polygon syntax.

Design in vector editors like Illustrator, export paths directly.

Accessible SVG files carry semantic information that pure CSS lacks.

Animation with clip-path

Transition Properties

Apply transitions to clip-path like any CSS property:

transition: clip-path 0.4s cubic-bezier(0.4, 0, 0.2, 1);

Smooth morphing between shapes creates engaging micro-interactions.

Duration and easing control animation feel.

Keyframe Animations

Define multiple clip-path states across animation timeline.

Loop animations for continuous effects or play once on trigger.

Combine with opacity, transform, or filter for layered visual effects.

Performance Tips

Limit concurrent clip-path animations to 2-3 elements maximum.

Use will-change: clip-path to hint browsers about upcoming animations.

Avoid animating complex polygons with 20+ vertices on mobile devices.

Browser Considerations

Chrome and Firefox handle clip-path animations smoothly.

Safari occasionally stutters with rapid coordinate changes.

Test animation frame rates across devices before deploying.

Browser Compatibility

Current Support Tables

Desktop Chrome 55+, Firefox 54+, Safari 9.1+, Edge 79+ fully support clip-path.

Mobile coverage matches desktop on iOS Safari 9.3+ and Chrome Android 55+.

Opera follows Chromium release schedule with identical support.

Fallback Strategies

Provide background colors or borders that work without clipping.

Use @supports to detect clip-path capability:

@supports (clip-path: circle(50%)) {
  /* Enhanced styles */
}

Apply overflow: hidden as basic rectangular fallback.

Progressive Enhancement

Serve basic layouts to unsupported browsers, enhanced shapes to capable ones.

Core functionality remains intact even when clip-path fails.

Cross-browser compatibility testing catches rendering inconsistencies early.

Vendor Prefixes

Modern browsers dropped prefix requirements after 2017.

Legacy Safari needs -webkit-clip-path for versions below 13.

Build tools like Autoprefixer handle this automatically during compilation.

Performance Optimization

Rendering Performance

Clip-path triggers compositing layers, enabling GPU acceleration.

Complex polygons with 50+ points increase paint time.

Simple shapes (circles, basic polygons) render nearly as fast as unpacked elements.

GPU Acceleration

Browsers automatically promote clipped elements to their own layer.

Force layer promotion with transform: translateZ(0) if needed.

Monitor DevTools paint profiler to identify bottlenecks.

Paint and Composite Layers

Each clipped element occupies memory for its own layer.

Excessive layering on mobile devices drains battery and slows scrolling.

Limit clip-path usage to key visual elements rather than decorative overuse.

Mobile Considerations

Android devices handle clip-path well on Chrome 60+.

iOS Safari occasionally struggles with rapid animation at 60fps.

Test on mid-range hardware, not just flagship phones.

Common Use Cases

Image Cropping

Clip photos into non-rectangular shapes without external editors.

Create diagonal cuts across hero image sections.

Polygon shapes beat traditional rectangular crops for visual interest.

Background Effects

Apply clip-path to pseudo-elements for layered background treatments.

Cut gradient backgrounds into geometric patterns.

Combine with parallax scrolling for depth effects.

Card Designs

Angled corners on pricing cards using inset with border-radius.

Notched tabs that connect cards to navigation elements.

Hexagonal product thumbnails in grid layouts.

Navigation Elements

Diagonal sticky navigation bars with polygon clipping.

Circular menu buttons that reveal on hover.

Custom-shaped dropdowns matching brand geometry.

Hero Sections

Split hero image into angular fragments for dynamic layouts.

Text containers clipped to complement photography angles.

Above the fold content with eye-catching geometric treatments.

Alternative CSS Properties

border-radius

Creates rounded corners but limited to circular arcs.

Can't produce polygons, ellipses, or custom paths.

Simpler syntax for basic rounded rectangles.

mask-image

Applies transparency using image alpha channels or gradients.

Soft edges and gradual fades impossible with clip-path.

Higher performance cost than geometric clipping.

shape-outside

Controls text wrap around floated elements, not clipping.

Works alongside clip-path for coordinated effects.

Limited to float positioning context.

overflow: hidden

Rectangular clipping only, follows box model boundaries.

Zero performance overhead compared to clip-path.

Fallback option for unsupported browsers.

Troubleshooting Common Issues

Shape Not Appearing

Verify coordinates fall within 0-100% range for percentage values.

Check for syntax errors in polygon coordinate pairs.

Ensure element has defined dimensions (width and height).

Browser Inconsistencies

Safari occasionally miscalculates percentage coordinates on flexbox children.

Firefox requires proper vendor prefixes in older versions.

Test across actual devices, not just browser DevTools emulation.

Z-index Problems

Clipped elements create new stacking contexts automatically.

Position property affects z-index behavior with clip-path.

Use isolation: isolate to control stacking scope.

Responsive Breakage

Percentage coordinates maintain ratios but may need adjustment at extreme aspect ratios.

Media queries let you swap entirely different shapes per breakpoint.

Test portrait and landscape orientations separately.

Advanced Techniques

Multiple clip-paths

Layer elements with different clips for composite effects.

Use pseudo-elements (::before, ::after) for additional clipped layers.

CSS can't apply multiple clip-paths to single element directly.

Combining with Transforms

Rotate, scale, or translate clipped elements after clipping applies.

Transform happens after clip calculation in rendering pipeline.

Perspective transforms create 3D illusions with geometric clips.

3D Transformations

Apply rotateX, rotateY to clipped elements for depth.

Clip-path works in 2D space; transforms add third dimension.

Preserve-3d on parent containers maintains spatial relationships.

CSS Variables Integration

Store clip-path values in custom properties:

--shape: polygon(50% 0%, 100% 100%, 0% 100%);
clip-path: var(--shape);

Swap shapes dynamically with JavaScript.

Easier maintenance across multiple elements.

Tools Comparison

Other clip-path Generators

Clippy by Bennett Feely offers preset shapes with visual editing.

CSS clip-path maker by Yoksel provides advanced polygon controls.

Firefox DevTools includes built-in clip-path editor in Inspector.

Design Software Options

Adobe Illustrator exports SVG paths convertible to CSS.

Figma plugins generate clip-path code from vector shapes.

Sketch requires third-party tools for CSS path export.

Developer Tool Features

Chrome DevTools shows clip-path overlays in Elements panel.

Firefox Shape Path Editor lets you adjust coordinates directly in browser.

Safari Web Inspector lacks native clip-path visualization tools.

FAQ on CSS Clip-Path Generators

What is a CSS clip-path generator used for?

A CSS clip-path generator creates clipping path code visually without manual coordinate entry. You manipulate shapes on a canvas and get instant CSS output for polygons, circles, ellipses, and custom paths ready for production use.

Do I need to know coordinate math to use clip-path generators?

No. Generators eliminate manual calculations by providing visual editors with draggable control points. You adjust shapes graphically while the tool calculates coordinates automatically, making complex polygon shapes accessible without geometry knowledge.

Can clip-path work with SVG paths?

Yes. The path() function accepts SVG path syntax directly in CSS. Many generators import SVG clipPath definitions and convert them to CSS format, allowing shapes created in design software to become clip-path values.

Which browsers support CSS clip-path?

Chrome 55+, Firefox 54+, Safari 9.1+, and Edge 79+ offer full support. Mobile browsers match desktop coverage on iOS Safari 9.3+ and Chrome Android 55+. Internet Explorer lacks support entirely, requiring fallback strategies.

How do I animate clip-path shapes?

Apply CSS transitions or keyframe animations to clip-path properties. Polygon vertex counts must match between states for smooth morphing. Use cubic-bezier easing functions to control animation timing and feel effectively.

What's the difference between clip-path and CSS masking?

Clip-path creates hard geometric edges with complete transparency outside regions. CSS mask-image applies gradual transparency using alpha channels, supporting soft edges and gradient fades that clipping cannot produce.

Can I use percentage and pixel units together?

Yes. Mix unit types within the same shape function, though consistency simplifies maintenance. Percentages scale with element dimensions automatically, while pixels stay fixed regardless of container size.

Does clip-path affect element dimensions?

No. The clipping region hides content visually but leaves actual element dimensions unchanged. Layout calculations treat clipped elements as if unclipped, affecting spacing, positioning, and surrounding element flow normally.

Why isn't my clip-path appearing?

Common causes include coordinates outside valid ranges, syntax errors in coordinate pairs, or elements lacking defined width and height. Verify percentage values fall within 0-100% and check browser compatibility requirements.

Can I apply multiple clip-paths to one element?

No. CSS accepts only one clip-path value per element. Layer elements with different clips for composite effects, or use pseudo-elements (::before, ::after) to create additional clipped layers on single components.