Landing pages are supposed to be quick to ship. In practice, they rarely are.
Headlines change. Sections move. New variants are created. And every small update sends developers back to the same place: re-implementing Figma layouts, fixing responsiveness, and making sure nothing breaks in production.
That repetition gets expensive fast. Not because anything here is complex, but because it adds up quickly when landing pages are updated frequently.
Tools that promise to speed this up often fall short. They miss visual details, generate brittle layouts, or produce code that doesn’t fit into an existing codebase — leaving developers with more cleanup than they started with.
Kombai is built for developers who turn Figma designs into real, production landing pages.
It helps you move from design to clean, responsive code faster, without compromising on visual accuracy, performance, or control, so landing pages can ship and evolve at the pace they’re meant to.
Where Figma-to-landing-page workflows break
Performance
Landing pages rarely break performance because of one main issue. More often, they regress slowly across iterations.
Each time a layout is rebuilt or adjusted, there’s a chance of introducing unnecessary wrappers, subtle layout shifts, or assets that affect load time.
Most Figma-to-code tools don’t account for this. They generate layouts that appear fine at first, but maintaining performance stability over time often requires heavy manual cleanup after every few changes.
Responsiveness
Responsiveness usually isn’t a problem at the start. It becomes a problem after changes.
Copy length changes. Sections are moved. Components are added or removed. These updates can affect stacking, spacing, and alignment on smaller screens.
When layouts are rigid or tightly coupled, each change means rechecking breakpoints and adjusting styles again. Layouts that previously worked require new fixes, even when the design itself hasn’t changed.
Visual accuracy
When you are creating a landing page from a Figma design, you need accuracy and details of the design to be preserved. The colors, the typography, the spacing, and the layouts should mimic the original.
Most existing tools miss this exact point. They get the broad things right but lose the little details, resulting in a page that doesn’t feel like what you started with anymore.
As a result, developers often have to manually adjust every small detail to bring the output closer to the original design.
Iteration Speed
Landing pages are rarely finished in one pass. Iteration speed matters here more than anything else because teams are constantly trying to learn what works.
Headlines get rewritten, copy changes, sections are reordered, spacing is adjusted, and variants are created for A/B tests. While most of these changes are small, they happen often.
The problem is the effort required to implement them. Even minor updates often require reworking layouts, checking responsiveness, and ensuring nothing breaks. When this process is slow, teams ship fewer improvements.
Faster iteration lets teams test more ideas without turning every small tweak into a time-consuming task.
Why Kombai solves these problems
Ability to fit into the existing codebase
When you try to use exporters and plugins to speed up things, one of the most common issues that comes up is that they create repos that feel like a separate, standalone project rather than a part of your existing codebase.
Getting that code to work with your setup usually takes heavy cleanup and restructuring that it feels faster to just build the page manually.
Kombai takes a different approach. It generates code that’s meant to live inside your existing codebase. It follows your stack, your styles, and your naming patterns, so the output feels like something written by your team, not something invented or new.
Below is an example of Kombai being used to add a Roles & Permissions page to the Sygnoz repository, a large and actively maintained codebase.
Provides high visual fidelity
Kombai converts Figma designs into code that closely matches the original design, even when the Figma file isn’t perfectly structured.
Real-world files often have messy grouping, extra frames, invisible layers, or inconsistent spacing – things that usually fail automated tools or require manual cleanup.
Kombai handles these cases well, preserving layout, spacing, and typography without needing you to restructure the file first.
Below are a few examples showing the original Figma designs alongside the code output produced by Kombai.
Example 1: A dashboard created using React + Tailwind
(Original Design)
(Kombai’s output)
Example 2: Simple landing page created using HTML + Tailwind
(Original Design)
(Kombai’s output)
Example 3: Login Page created using HTML + Tailwind
(Original Design)
(Kombai’s output)
Throughout these examples, you can see how Kombai matches not just the main details but the smaller ones too. It keeps the colors, typography, spacing, and layouts exactly as the design, making sure the output doesn’t feel like a new version.
Supports continuous iteration
Landing pages are rarely shipped once and left as they are. Teams test different headlines, layouts, and calls to action, often running multiple variants in parallel to see what performs better.
Kombai makes this easier by allowing you to update things faster. When a variant is updated in Figma, you can use Kombai to regenerate and adapt the code without reworking the entire layout.
Kombai will reuse existing components, replace only the parts that changed, making it cheaper to iterate without slowing down the process.
Ensures Responsiveness
Responsiveness is critical for landing pages, especially as layouts evolve.
Below are a few examples showing how Kombai-generated pages adapt across screen sizes.
Example 1: Pricing Page generated using React + Tailwind
Example 2: Audiobook Page generated using React + Tailwind
Example 3: Restaurant Blog Page using React + Tailwind
In the above examples, the pages adapt well across different screen sizes. In mobile view, the layouts stack up as you would expect, sizing and spacing remain balanced, making sure the generated pages are fully responsive.
Improves SEO
SEO issues often show up in places that aren’t obvious from the UI alone. Missing metadata, broken links, or accessibility problems can all affect how fast a page feels to users and how well it performs in search.
Kombai helps catch these issues early in your development workflow. For example, with commands like /audit-seo, you can scan a page for common SEO issues and see exactly what needs fixing.
Next, you can use /improve-seo to apply those fixes directly in the code and generate a report of what changed.
This matters for landing pages because they’re built for conversion, and fixing these issues as part of the development workflow improves performance without adding extra steps.
Step-by-Step: Converting a Figma Design to a Landing Page with Kombai
Now that we’ve covered what matters for landing pages and how Kombai solves those, let’s walk through what this looks like in practice.
Here we will take a landing page design in Figma and turn it into frontend code using Kombai.
What you need
Before starting, make sure you have:
- A Figma file with a landing page design
- Kombai installed in your IDE and connected to your Figma account
For this demo, we are using the landing page template below as the example:
Step 1: Select the landing page frame in Figma
Open the Figma file that contains your landing page and select the frame that represents the full page you want to convert. This is important because Kombai reads layout, spacing, and hierarchy based on the selected frame.
Once selected, copy the Figma link.
Step 2: Give Kombai access to the design
Open Kombai in your IDE and paste the Figma link. Kombai loads the design directly from Figma and reads all the relevant design information from the file.
Step 3: Generate the code
For this example, I used the following prompt:
“Convert this Figma landing page into React and Tailwind code, matching the exact styles and details of the design. Make the page fully responsive across screen sizes.”
Below is the result Kombai produced:
(Kombai landing page output)
Step 4: Audit the landing page for performance and SEO issues
With the landing page generated, the next thing we want to do is catch any performance or SEO issues before moving forward. These aren’t visible in the UI, but they can affect how the page performs once it’s live.
We can do that using Kombai’s frontend skills. For this example, we will use two commands:
- /audit-seo to identify issues
- /improve-seo to apply the fixes
First, let’s run /audit-seo. For that, launch the Kombai extension in your IDE, type slash (/), and then select the audit-seo option, followed by giving your URL:
Kombai scans the page and surfaces common issues like missing metadata, broken links, or incorrect page configuration, and creates an .md file with the report:
After reviewing the results, we can follow up with /improve-seo, which applies the recommended fixes directly in the code and shows what changed.
For landing pages that are built and iterated on quickly, this keeps performance improvements part of the same workflow, without switching tools or manually tracking fixes.
Step 5: Reviewing the Output for Visual Match and Responsiveness
While converting a Figma design into code, you want to preserve the original design intent as much as possible. The closer the output matches the original design, the less time you need to spend fixing spacing, colors, and layout inconsistencies.
Responsiveness matters just as much here. A page that looks correct on one screen size but breaks on others still creates a lot of rework for you.
So, in this final step, we will review the output that Kombai produced and see how it performed on these two important aspects.
Visual Accuracy
First, we check visual accuracy by comparing the output against the original Figma design.
This is where most tools miss details. Small spacing differences, off typography, or layout inconsistencies that add up and change the original feel of the design.
Let’s look at a side-by-side comparison of the original Figma design and what Kombai produced.
(Original Figma Design vs What Kombai generated)
Here, as we can see, the generated output closely matches the original design. Spacing, font sizes, colors, and overall layout structure are preserved, which makes the page feel like a direct translation of the design rather than a broadly matched copy.
Responsiveness
Responsiveness is another area where existing tools perform poorly. Layouts that look fine on desktop often become cramped on mobile, and for landing pages, we want to avoid that.
So, let’s test the landing page across some common breakpoints to see how the layout adapts on smaller screens.
As shown here, the layout adjusts cleanly across screen sizes. Sections stack as expected, text remains readable, and everything stays visible without requiring additional adjustments.
Additional Features that make Kombai excellent for Landing Pages
We’ve already seen how Kombai helps with visual accuracy, responsiveness, and performance. Let’s now look at a few additional things that make the Figma-to-landing page workflow much faster if you are using Kombai.
Browser preview for quick verification
Landing pages are visual, and the first thing you usually want to check is whether the page looks right. Spacing, layout balance, and typography are things you want to check immediately, not after setting up a full local environment.
Kombai’s browser preview lets you do this right after generation. You can review the output and make quick adjustments without integrating anything into your repo or running the app locally.
Below is an example where I used the browser preview immediately after generation to update a section with the correct images:
This keeps the feedback loop short and helps catch visual issues early.
Designed for iteration, not one-time generation
Landing pages change constantly. Designs get updated, sections get reordered, or content changes. That’s where manual workflows consume most of your time.
What helps here is having a workflow where you can regenerate quickly after design updates, keep the parts that are already correct, and adjust only the final changes without having to rewrite or tweak everything.
Kombai fits into this by allowing you to regenerate when the design changes, while keeping edits focused on refinement rather than rebuilding from scratch.
Let’s look at an example where we add two more testimonial cards while keeping the design the same:
Code you can actually work with
Generated code is only helpful if you can easily modify it. For that, you need a structure that’s clean and logical, that’s easy to read and make sense of.
Kombai uses its version-specific best practices to produce output that follows the good practices of your chosen framework.
For example, we used React here, so Kombai used compact reusable components to structure the UI logically.
It organised components in a way that makes it straightforward to tweak layout, update content, or add functionality without fighting the code.
Conclusion
If you’ve built landing pages from Figma before, you know where the time actually goes. Not into anything complicated, but into translating layouts manually, fixing small visual differences, checking responsiveness, and redoing the same work every time the design changes.
In this post, we walked through where Figma to Landing Page workflows usually break and how Kombai addresses those.
Kombai simplifies the entire process. It turns Figma designs into clean and responsive code that fits directly into your existing codebase. It preserves design details, supports fast iteration, and helps teams catch performance issues early through its frontend skills without adding any extra work.
As a result, you get to spend more time shipping, testing, and improving landing pages that actually convert and less time doing the manual gruntwork of translating every small element by hand.