Figma SVG Export vs SVGOMG vs SVGMaker: Which Gives the Cleanest Production-Ready SVG?
- Figma's SVG export is fast and reliable for design work, but often produces bloated files with redundant groups, clip-paths, and inline styles that need cleanup before use in production.
- SVGOMG is the industry-standard free optimizer for cleaning up existing SVGs -- it can reduce file size by up to 70% and removes metadata, unused IDs, and excessive grouping.
- SVGMaker generates or cleans SVGs using AI, producing production-ready, framework-compatible output from the start with minimal manual cleanup required.
- A production-ready SVG has no unnecessary clip-paths, unique IDs, compact path data, and uses presentation attributes instead of inline styles.
- The recommended workflow is: export from Figma, then use SVGMaker for new icons or SVGOMG for quick cleanup on existing files.
Did You Know?
SVG files can be up to 70% smaller after optimization with the right tools, according to the W3C SVG Working Group. Yet most designers ship unoptimized exports directly from design tools, passing unnecessary file weight to every user who visits their site. The difference between a raw Figma export and a properly cleaned SVG can be the difference between a 40 KB file and a 12 KB file -- without any visible quality loss.
Designers and coders export SVG files from Figma almost daily for use in websites and apps. Even though Figma is the vector design tool everyone knows and uses, its direct SVG exports often contain quite a bit of unnecessary code, such as clip paths, metadata, redundant groups, etc., which have to be cleaned up before they can be used. The problem is: how do you rapidly obtain clean, optimized, and production-ready SVGs?
This paper talks about three main solutions: debate on Figma SVG export vs SVGOMG vs SVGMaker, an AI-based SVG generator. We'll discuss what a production-ready SVG is, illustrate the pros and cons of each tool, and show a production-ready SVG cleaning workflow.
What 'Production-Ready SVG' Actually Means?
Knowing the right things to do in production-ready SVGs is the first and very important step before starting any work. It is not just about how the SVG looks that makes the SVG production-ready, but the performance, loading time, and ease of integration with your project also matter.
Here is a simple production-ready SVG checklist:
- No unnecessary or duplicate clip-paths and hidden elements: Excessive grouping and masking only serve to bloat the file.
- No extraneous metadata or editor-specific info: E.G., data-name, comments that lack any real value.
- IDs must be unique, no duplicates: Duplicate IDs can cause problems, especially in React or other frameworks.
- Rather than inline styles, use presentation attributes: Styles must mostly be given by attributes like fill, not inline CSS.
- Compact path data for faster rendering: Optimized paths reduce the file size and greatly improve performance.
Producing SVGs that meet this standard means your SVGs will be small, modifiable, and work exactly the same everywhere. It also helps to avoid bugs, speed up load times, and ensure visual accuracy. Essentially, this is what production-ready SVG is all about.
Figma's Raw SVG Export -- What You Actually Get
Being the leader among the design software tools for UI, iconography, vector art, and so on, Figma is often praised not only for its great features for collaboration but also for its simplicity of use. On the contrary, clean SVG export sometimes introduces a huge amount of extra code, nested <g> groups, clip-paths, and data attributes like data-name.
Let's say you export a very basic icon from Figma. This file can include multiple tags, unnecessary clip-paths, and inline styles. This kind of bloated file is unnecessarily large and more complex, so it takes more time to load, and it is not that easy to make changes to. It is true that Figma's export is fast, but developers normally have to process it with optimization tools before it can be used in a production environment.
Common issues include:
- Redundant
<g>tags, which do not add any value at all - More clip-paths are complicating the paths
- Inline styles instead of presentation attributes
These are known frustration points, and solving them manually can really take a lot of time.
SVGOMG -- The Gold Standard Optimizer
SVGOMG is Javier Archibald's free web-based SVG optimizer tool. It is even considered by many as the industry standard when it comes to cleaning up SVG files and gaining smaller, leaner, and cleaner SVGs.
What's the mechanism of SVGOMG's functioning?
Upon loading your SVG file, SVGOMG applies a variety of settings that, among other things, eliminate superfluous code, collapse groups, eliminate duplicate IDs, and optimize paths. It is very efficient and sometimes can reduce the size of files by up to 70% without any visual compromise.
What does SVGOMG remove?
- Metadata, comments, and editor-specific data
- Unused IDs and redundant attributes
- Excessive groups and clip-paths
- Inline styles replaced with presentation attributes
Limitations:
The fact that Jake Archibald's SVGOMG tool drastically enhances SVGs notwithstanding, it will not be able to repair the structural problems that result from a bad design or extremely complicated SVGs. It works best when a clean export is made from your design tool. For instance, after exporting from Figma, running SVG through SVGOMG is a very good way to ensure that the file is properly optimized for deployment and frontend performance.
SVGMaker -- AI-Generated Clean SVGs vs Figma + SVGOMG Workflow
SVGMaker provides an alternative method. The platform uses artificial intelligence (AI) to generate or clean SVGs, delivering or creating such files that are standard and prepared from the start. Here's the comparative idea:
| Aspect | Figma SVG Export | SVGOMG | SVGMaker |
|---|---|---|---|
| Use Case | Quick exports, initial concept | Fine-tune existing SVGs | Create from production ready SVGs either by designing totally new ones or by cleaning the old ones |
| Output Quality | Can be very noisy, needs cleaning | Highly effective at cleaning | By design, already optimized, very little cleaning necessary |
| Workflow | Export from Figma, then clean with SVGOMG | Upload and optimize the SVG | Employ AI to produce or directly cleanse SVGs |
| When to Use | Quick wireframes | Fix-up existing vector files | Come up with new icons and images or update old ones to meet new standards. |
When to use SVGMaker:
- For production quality design from scratch.
- For error-free SVGs that need little manual cleanup.
When to use Figma + SVGOMG:
- If you have an old SVG and want to optimize it quickly.
- For files that are complex and exported from design tools.
Recommended Workflow: How to Get the Best SVGs
The workflow below helps us create production-ready SVGs using the best SVG optimizer tools available today:
- Step 1: Export SVG from Figma.
- Step 2: Upload the SVG file to SVGMaker to get a clean, optimized SVG (recommended in case of new icons or illustrations).
- Step 3: Use SVGOMG to quickly clean up an SVG file that you have already made.
- Step 4: Your final SVG is optimized, light, and ready for production in your project.
This workflow harnesses the best of all, making your SVGs lean, compatible, and industry-standard.
Can Figma Plugins Solve the SVG Export Problem?
There is a growing ecosystem of Figma plugins designed to improve SVG export quality directly inside the design tool. Rather than cleaning up exports after the fact, these plugins attempt to fix the output at source.
- SVG export plugins like those that flatten groups and remove redundant attributes before export can save a significant cleanup step, espcially for icon-heavy design systems.
- Limitations still apply: Even the best Figma plugins cannot always resolve deeply nested clip-paths that originate from complex design structures. The underlying Figma rendering model still influences the export format.
- For teams that need consistent, repeatable SVG quality at scale, combining a Figma plugin workflow with a post-export optimizer like SVGMaker gives the most reliable results.
Create Clean, Professional SVGs with Less Effort
Figma's SVG export is quite quick and has a huge fan base, but it can be a cause of bulky files sometimes, which is why proper Figma SVG cleanup is necessary after export. SVGOMG is quite good in the case of optimization of the existing SVGs, but manual work is required in this case. SVGMaker, in addition to its competence of generating high-quality, industry-standard, and clean SVGs from scratch, saves time, reduces errors, and ensures uniformity.
We advise using SVGMaker for the cleanest and most reliable SVGs. Visit our site and get to know how easily you can create highly valuable professional SVGs.
Start creating cleaner, faster SVGs today with SVGMaker's full suite of tools, or contact us to find out how our platform can integrate into your design workflow.
FAQs
1: Is SVGOMG safe to use on complex SVGs?
A: Definitely, SVGOMG is safe and effective for cleaning complex SVGs. Cleaning up might be necessary in case of very complicated and/or poorly structured SVGs for the best visual results.
2: Does SVGMaker export React-ready SVG?
A: For sure. SVGMaker creates a version of your SVG that is optimized for React and other frameworks and has clean code and very few inline styles.
3: How do I export SVG from Figma without clip paths?
The best way to get rid of clip-paths on SVGs you export from Figma would be either to remove clip-paths from your design or simplify your design first, and then use SVGMaker or SVGOMG to clean up clip-path elements from the exported SVG.
A Better Workflow for Clean SVG Export
There is no clear winner in the Figma SVG export vs SVGOMG vs SVGMaker debate; it depends on the situation. Figma continues to be the top design tool. SVGOMG remains one of the most trustworthy SVG optimization tools for cleaning. As for modern teams, SVGMaker is more like a powerful cleaning-up tool for a single SVG, providing scalable structures right from the start.
Using these tools in combination leads to the best workflow for those who wish to boost their workflow, lighten up the assets, and create the "production" ready SVG files.
If you want to have the best experience of optimizing SVG images with modern workflows that also leverage AI assistance, you should use SVGMaker, which is a more efficient and intelligent tool for SVG production, gaining popularity.
