Generate UI components for React, Vue, Angular, Svelte, or HTML with style audit and design context awareness. Integrates with libraries like shadcn/ui, Radix UI, and more.
MIT
305,053 tools. Last updated 2026-07-22 21:11
"Beautiful Shadcn UI Components and Design Examples" matching MCP tools:
- Find shadcn/ui components by keyword to access documentation and usage examples for building user interfaces.MIT
- Retrieve all available shadcn/ui components to explore options for building user interfaces with documented examples and usage details.MIT
- Retrieve practical usage examples for shadcn/ui components to understand implementation patterns and accelerate development.MIT
- Retrieve practical code examples for shadcn/ui components to implement UI elements correctly in your projects.MIT
- Find shadcn/ui components by keyword to access documentation and examples for building interfaces.MIT
Matching MCP Servers
- AlicenseAqualityDmaintenanceHelps AI assistants access shadcn/ui component documentation and examples through a TypeScript-based MCP server that provides reference information for component details, usage examples, and search capabilities.Last updated41,98160MIT
- AlicenseAqualityDmaintenanceEnables AI assistants to access and manage shadcn/ui v4 components, including source code, demos, blocks, and CLI integration.Last updated1232MIT
Matching MCP Connectors
Guide user-led frontend design decisions from project brief through implementation review.
Native Claude Code integration for @annondeveloper/ui-kit — a zero-dependency React component library with 147 components, 3 weight tiers, physics-based animations, and OKLCH color system. Gives Claude deep awareness of the library's components, design patterns, and conventions. Includes 5 skills for component discovery, code generation, design system reference, tier selection, and accessibility auditing. 2 custom agents for architecture design and accessibility review. Auto-connects to a hoste
- Retrieve all available shadcn/ui components, optionally filtered by category, to browse UI elements.
- Discover available UI patterns and their descriptions before building components. Returns an array of pattern names to guide development.MIT
- Scan a project to inventory existing UI components for review, documentation, or design-system curation. Outputs a catalog in JSON or Markdown.MIT
- Extracts colors, typography, components, and layout from UI design images for machine learning training. Privacy-friendly, no image storage.MIT
- Analyzes design references from URLs and images to extract colors, typography, layout patterns, and UI components. Identifies common patterns across multiple sources to inform UI/UX generation decisions.MIT
- Convert a screenshot, mockup, or wireframe image into framework-specific component code. Supports React, Next.js, Vue, Angular, Svelte, HTML, and UI libraries like shadcn/ui.MIT
- Fetch detailed design specifications for a Zeplin component, including properties, variants, layers, and design tokens. Understand the structure and styling of reusable UI elements.MIT
- Retrieve all components from a specified UI library, such as shadcn, radix, headlessui, material, or primevue, for use in project integration.MIT
- Generate SVG or PNG mockup images of UI screens and components in wireframe, mockup, or component preview modes.MIT
- Generate UI components from popular libraries like shadcn, radix, headlessui, or material UI with support for themes, custom props, tests, stories, and framework-specific output.MIT
- Initialize a new project with a chosen component library by generating config files, installing dependencies, and adding initial components.MIT
- Retrieve resolved design system context before building UI. Pass category for full detail on tokens, components, or conflicts, or filter by token category to understand existing design rules.Apache 2.0
- Identify existing UI components and design tokens before building new ones to prevent duplication and ensure consistency across your application.MIT
- Fetch design system rules as markdown to reuse tokens and components instead of hardcoding. Read before drawing for design consistency.MIT