Figma MakeTranslation site

What is Figma Make?

Figma Make's main features

1. Natural Language Generation Design
   • Users can directly generate interaction prototypes through text descriptions (e.g., “Generate a to-do list application that supports adding/deleting tasks and marking them as complete”).
   • Support for attaching images or Figma designs ensures that the generated results match the visual style.
2. Design to Code
   • Paste the Figma frame into the AI chat window to automatically generate the React/Vue/Flutter or standard front-end code.
   • The code contains complete logic for state management, conditional rendering, etc. and supports direct export or further optimization.
3. Element-level iterative control
   • Click on elements in the canvas (e.g., buttons, text boxes) to adjust styles (fonts, colors), interactions (hover animations, click events), etc. through natural language.
   • Support “Go to Source” function to directly edit the generated code snippet.
4. Real-time preview and publishing
   • After generating the interaction prototype, you can test it in preview mode Hover, popup, page switch and other effects.
   • Some subscribers can publish prototypes as accessible URLs to quickly validate user feedback.
5. Teamwork and Version Control
   • Supports real-time collaboration among multiple people, team members can synchronize editing design or code to reduce communication costs.
   • Version history is kept and can be rolled back to an older version at any time.

Scenarios for Figma Make

• Rapid Proof of Product Concept
  Product managers or entrepreneurs can generate prototypes from text descriptions to quickly test the feasibility of ideas without relying on development resources.
• Design Iteration and Optimization
  Designers can directly adjust the interaction details based on the generated high-fidelity prototype, avoiding the traditional “design draft-development” repeated communication.
• Cross-team collaboration
  Designers, front-end developers, and back-end developers can collaborate on the same platform to ensure that design intent and code implementation are aligned.
• Education and Student Practices
  With Figma Make, students can learn UI/UX design, quickly create portfolio layouts, and even generate dynamic website presentations.
• Agile Development for Startups
  Teams with limited resources can utilize AI to generate base code, focus on core business logic development, and shorten project cycles.

How to use Figma Make?

1. preliminary
   • Organize the designEnsure that Figma design files are clearly structured, using Auto Layout and explicitly naming layers to improve AI parsing accuracy.
   • Identify needs: Include in the cue word Task description, context, key elements, expected behavior, constraints(e.g., device type, layout constraints).
2. procedure
   • Creating a Make file: Click the “Make” button in the Figma file browser to create a new project.
   • Enter the prompt: Describe the requirement in the AI chat window (e.g., “Generate an e-commerce app home page with rotating images, product listings, and a search bar”).
   • Additional resources: Upload an image or paste a Figma frame to match the visual style.
   • Generation and Iteration: Wait for the AI to generate a prototype and then tweak the details via chat alerts or “point to edit” tools.
   • Preview & Release: Test interactions, share links or publish as a website.
3. Optimization Tips
   • Step-by-step generation: Complex items can be broken down into multiple cues and optimized over time.
   • Utilizing style libraries: Choose from a library of preset or customized styles to ensure design consistency.
   • Code review: The generated code needs to be manually checked to optimize for redundant styles or performance issues.

Recommended Reasons

• efficiency revolution
  While the traditional design-to-development process takes days, Figma Make can reduce the cycle time to as little as few hours, especially for agile development teams.
• lower the threshold
  Non-technical users can generate functional prototypes in natural language without writing code, democratizing the product design process.
• Seamless collaboration
  Design and development teams can collaborate on the same platform, reducing information transfer losses and improving communication efficiency.
• High quality output
  With a clearly structured design system, the generated results are highly aligned with the original design, even capturing details such as hover states.
• future potential
  Figma Program Integration Accessibility checks, analysis feedback, design system synchronization and other features that may become pivotal tools for design and development in the future.