Figma is one of the most popular websites, which allows you to create designs and prototypes for your websites and applications. It enables you to create your designs on the desktop, tablet and mobile devices. After designing the website, converting Figma to HTML is very straightforward and intuitive. Unfortunately, Figma’s hand-off tool and HTML code gen feature are very limited and without responsive (RWD).

Since the mid of March 2021, pxCode officially supports Figma design files asides from Sketch design, you can now integrate your Figma design with pxCode. Now, it is feasible to convert Figma into Responsive HTML code.

👀 Overview

pxCode lets you convert your Figma frames and components. With the revolutionary features provided, you hold the complete control to make flexible edits on your design, obtain developer-friendly HTML / CSS/ React.js code to convert for integration.

Exporting your Figma design to HTML is more suitable for developing high-fidelity websites. In this article, we will guide you through how to do this, and just how fast it is.

Steps on Figma

1. Install pxCode for Figma plugin

On Figma, go on [Community], select [plugin] and search for pxCode to install. Install link:** pxCode Figma plugin

2. Export Figma design with pxCode plugin

Next, you can move on to your Figma design. When your Figma design is complete, right click on the canvas, on [Plugin], click on [Figma to HTML with pxCode].

You can decide the [Asset Scale], select [Download All] or [Download Selected] to convert your Figma Design File.

Steps on pxCode

3. Import Figma design file into pxCode

Open pxCode on your Web Browser. Open the Figma Design which you just converted on [Create Project], now your design will be imported into pxCode.

4. Structure and Responsive Editing

Through this tutorial video (3m33s), you can also learn the essential yet revolutionary features that pxCode provides.

a. Layout Concept
b. Smart Suggestion (Ctrl+F or CMD+F)
c. Analyze Group for Flexbox
d. Responsive Editing via CSS Media Query

You can now have a fun and simple way to convert your design files into a fully Responsive Webpage, while pxCode converts various codes for you based on your editing. You can get more info from pxCode university.

Steps on Code Integration

5. Export Developer-Friendly Code

Now it’s time to break the limitation! 🎉 On editing canvas, you can edit your design into Responsive Web. After completing the design, you can select [Export Code] , now you can use the HTML / CSS / React / React Native code for further integration.

Check our Figma example and clean code!

6. RD Code Integration

Implement animation, workflow and state. No more HTML slicing !!

We’re excited to hear your feedback! Feel free to comment for any questions or tutorial requests! 🤓

Figma Plugin:

In today’s software development arena, the integration of innovative technologies is propelling the industry to new heights. Particularly, the amalgamation of Design-to-Code technology and Artificial Intelligence (AI) is setting new standards in efficiency, quality, accuracy, and speed, reshaping the development process. This article delves into how this emerging trend is redefining software development and offers unique insights into future directions.

Concepts in Design-to-Code Technology

Introduction to Design-to-Code Technology

Design-to-Code technology, also known as automatic code generation, allows designers’ visual concepts to be directly converted into executable code. This automation liberates developers from the tedious task of manual conversion, enabling them to focus on more creative and strategic tasks. Traditionally, converting designs into code is a time-consuming and error-prone process. Designers and developers need to engage in multiple rounds of communication and adjustments to ensure the final product is faithful to the original design. Design-to-Code technology greatly shortens the development cycle and reduces communication costs and error rates by offering a method to directly convert design files (such as Figma, Sketch, etc.) into frontend code (HTML, CSS, JavaScript).

The Impact of AI in Design-to-Code Technology

The integration of AI has elevated Design-to-Code technology to a new level. Through machine learning and natural language processing techniques, AI can understand the intentions of designers and automatically generate code that adheres to best practices. This not only improves the quality of the code but also optimizes it for better performance. AI technology can also automatically select the most suitable frameworks and libraries based on the specific needs of the project and the target platform, further enhancing development efficiency. Additionally, AI can learn from changing design trends and coding standards, ensuring the output code is both stylish and compliant with current technical requirements.

Specific Applications of Design-to-Code

Example 1

Consider the development of a responsive website with complex layouts and animations. Before Design-to-Code technology, such a project could take weeks of manual coding and debugging. With AI-enhanced Design-to-Code processes, designers’ prototypes can quickly be transformed into high-quality code that automatically adjusts to different screen sizes and devices. AI can identify various design elements (e.g., navigation bars, sliders) and choose the most appropriate implementation method based on the design context, ensuring an optimal user experience.

Example 2

In mobile app development, especially for apps requiring rich interactions and highly customized interfaces, Design-to-Code technology shines. AI can identify UI elements from simple hand-drawn sketches and convert them into native code for iOS (Swift) or Android (Kotlin). This capability significantly simplifies the process from concept validation to prototype development, allowing development teams to rapidly iterate and test different design concepts.

Example 3

For complex data visualization projects requiring high customization and strict performance criteria, AI-enhanced Design-to-Code tools can identify complex data visualization elements from high-fidelity design drafts and automatically generate efficient code. This code includes data processing logic and visual effects optimized for specific datasets, such as dynamic charts, interactive maps, and 3D models, enabling rapid development and deployment without compromising design quality.

Case Study Analysis

Advantages and Disadvantages of Using Design-to-Code


  • Accelerated Development Cycle: By automatically converting designs into code, Design-to-Code technology significantly shortens the time from concept to product, enabling businesses to respond to market demands more quickly.
  • Reduced Error Rate: Automatically generated code reduces the potential errors that can occur during the manual coding process, improving the quality of the final product.
  • Enhanced Team Collaboration: Designers and developers can work more closely together, as design changes can be quickly and automatically reflected in the code, promoting more effective communication and collaboration.
  • Improved Product Consistency: Ensures the final product remains faithful to the original design, enhancing the consistency of the user experience.


  • Limited Flexibility: For highly customized projects, automatically generated code may require manual adjustments to meet specific performance requirements or special features.
  • Learning Curve: Development teams may need time to learn and adapt to new Design-to-Code tools and processes.
  • Dependency on Specific Tools: Overreliance on a particular Design-to-Code tool may limit the flexibility of the development process and increase dependency on the tool’s vendor.

Impact on Development Process

Combining AI with Design-to-Code technology has profound impacts on traditional software development processes. Development teams can move from the conceptual phase to the development phase more quickly, maintaining higher flexibility and iteration speed throughout the entire development process. This approach reduces friction during development, leading to more efficient project management, and enhances overall project quality due to the reduction of human errors through automation. However, this also requires development teams to have a thorough understanding and mastery of these new technologies to fully leverage their potential and adapt to this new working model.

Addressing Traditional Development Challenges

The combination of Design-to-Code technology and AI effectively addresses many challenges encountered in traditional development processes. For instance, manually converting designs into code is not only time-consuming but also prone to errors. The application of this new technology automates the process, significantly enhancing efficiency and accuracy. Moreover, the use of this technology promotes closer collaboration across cross-functional teams, as the boundaries between design and development become increasingly blurred. This enables projects to iterate rapidly throughout the development cycle, reflecting market and user feedback in real time.

Accelerating Development Cycles: Effectiveness and Time Comparison

In practical application, utilizing Design-to-Code technology and AI can reduce the development cycle from several months to just a few weeks, or even days. For example, a medium-sized website project might take 3 to 6 months to complete using traditional development processes. However, with Design-to-Code technology and AI, the same project could be developed and launched within just one month. This significant time saving not only allows businesses to launch new products faster but also provides a competitive edge in a fiercely competitive market.


Facing the New Trend

Software development teams must actively adapt and learn these new tools and methods, integrating them into existing workflows to maximize efficiency and product quality while staying abreast of the latest technological trends.

Conclusion and Future Outlook

As technology advances, the application of Design-to-Code and AI in software development will become increasingly widespread, offering unprecedented tools for efficiency and innovation. The continued development and maturation of these technologies herald an automated, efficient, and innovative future for software development.

Your browser is out-of-date!

Update your browser to view this website correctly. Update my browser now