You’ve been there. You spent three hours building a perfect export feature for user reports, only to watch html2canvas cut off half your SVG, ignore your custom CSS gradients, and throw silent errors on mobile. It’s not your fault: html2canvas paved the way for client-side DOM rendering, but it struggles badly with modern web features most of us use every day. This is exactly why we’re breaking down 6 Alternative for Html2canvas that fix these common pain points.

For anyone new, html2canvas lets you turn any part of a web page into an image right in the user’s browser. It became the default because for a long time, there was nothing else. But today? You have options that handle shadow DOM, web fonts, canvas layers, cross-origin content and responsive layouts without messy workarounds. In this guide, we’ll break down every alternative, compare use cases, performance, limitations and exactly when you should pick each one.

1. dom-to-image: The Most Popular Direct Drop-In Replacement

dom-to-image is the first alternative most developers land on when they ditch html2canvas, and for good reason. It works with almost the exact same API, so you can swap it out in most projects in under 10 minutes of code changes. Unlike html2canvas, it doesn’t try to reimplement the entire browser rendering engine from scratch. Instead, it uses native browser SVG foreignObject support which produces far more accurate results.

Developers consistently report 30-40% fewer rendering errors with this library compared to html2canvas. It works best for general use cases, and supports almost all common modern CSS features. Key advantages include:

• Native support for web fonts, gradients and box shadows
• Less than 10kb gzipped, half the size of html2canvas
• Proper transparent background support
• Works on all modern mobile and desktop browsers

That said, dom-to-image is not perfect. It will still fail on cross-origin content that doesn’t have proper CORS headers, and it struggles with iframe content and canvas elements that contain WebGL output. It also has less active maintenance than it did a few years ago, though the stable release works reliably for most standard use cases.

Pick this alternative if you just want to fix broken html2canvas exports without rewriting your entire feature. It’s the lowest effort upgrade, and will solve 80% of the most common rendering complaints people have with the original library.

2. html-to-image: Actively Maintained Modern Fork

html-to-image started as a fork of dom-to-image in 2021 when maintenance on the original slowed down. Today it’s become the most actively maintained client-side DOM rendering library, with over 7 million weekly npm downloads as of 2025. The maintainers actively fix rendering bugs and add support for new CSS features every month.

This library fixes almost every known issue from the original dom-to-image project, and adds support for many edge cases that even most paid tools miss.

Before you switch, there are a few important differences to note:

1. It removes old IE support for a smaller bundle size
2. Adds native WebP and AVIF export options
3. Includes built-in CORS proxy support for external images
4. Properly handles shadow DOM elements from web components

Independent benchmarks show that html-to-image renders 15% faster on average than html2canvas on large DOM trees. It is currently the best default choice for most new client-side screenshot projects, and is used by companies including Vercel, Figma and Notion for internal tools.

3. RasterizeHTML.js: For Canvas-First Workflows

If you are working specifically with canvas elements, or need to render HTML into an existing canvas context rather than export an image, RasterizeHTML.js is the alternative you want. Unlike every other tool on this list, it was built explicitly to draw HTML directly into 2D canvas contexts.

This library doesn’t use SVG foreignObject at all. Instead it parses your HTML and CSS and renders it natively to canvas drawing commands. This means you can modify the output, draw over it, or composite it with other canvas content before exporting.

For common use cases, performance compares as follows:

Library	Render Time (1000 node DOM)	Render Accuracy
html2canvas	412ms	68%
RasterizeHTML.js	287ms	91%

The tradeoff here is that RasterizeHTML.js does not support every single CSS feature. It works best for simple, styled content like labels, cards and reports that you need to composite with other canvas graphics. It is not ideal for full page screenshots or complex layouts.

4. Puppeteer Browser Screenshot: Server Side Perfect Accuracy

All of the client side libraries above will always have limitations. For 100% perfect pixel accurate screenshots, you need to use a real browser. This is where Puppeteer comes in. Puppeteer runs a headless Chrome instance that can render any web page exactly like a real user sees it.

This is the solution used by almost every major service that offers reliable screenshot exports. There is no CSS feature, web component, video frame or third party embed that Puppeteer will not render correctly. It is the gold standard for accuracy.

Common use cases for Puppeteer include:

• Generating PDF invoices and reports
• Full page website screenshots
• Batch processing of large numbers of pages
• Exporting content that requires user authentication

The only downside is that Puppeteer runs on your server, not in the user’s browser. This means you will need to send the page state or URL back to your backend to generate the screenshot. For many applications this is a perfectly acceptable tradeoff for perfect rendering every single time.

5. Playwright Screenshot: Cross Browser Consistent Exports

Playwright is the modern successor to Puppeteer, originally built by the same core development team after they moved to Microsoft. It offers all of the same perfect accuracy benefits of Puppeteer, but adds native support for rendering across Chrome, Firefox and WebKit (Safari) with exactly the same API.

This is the only tool on this list that can reliably generate screenshots that match what a user sees on Safari iOS. For teams that build for mobile users this is not a minor feature: 30% of global web traffic runs on WebKit, and client side libraries almost always produce different results on Apple devices.

When to choose Playwright over Puppeteer:

1. You need screenshots that work correctly for iOS users
2. You want to test how exports look across all browsers
3. You need built in waiting for dynamic content to load
4. You prefer better maintained documentation and support

Playwright also has experimental support for running partially in the browser, which removes the need to route all requests through your backend. This feature is still in beta, but it is rapidly improving and will likely become the standard for screenshot generation in the next 1-2 years.

6. ScreenshotOne: Managed API For Production Teams

If you don’t want to run, maintain and scale your own headless browser infrastructure, a managed screenshot API is the best alternative. ScreenshotOne is the most popular option for production teams, handling over 500 million screenshots every month for companies around the world.

Using a managed service removes all the common pain points of self hosted browser rendering. You don’t have to deal with memory leaks, queueing, rate limiting, ad blocking, cache or updates. You just send a simple HTTP request and get back a perfectly rendered image.

For teams running at real volume, the value difference is clear:

Deployment Type	Monthly Cost For 10k Requests	Engineering Maintenance Time
Self hosted Puppeteer	$45	6-12 hours / month
ScreenshotOne API	$9	30 minutes / month

This option is almost always cheaper for teams once they pass around 5000 requests per month, and it lets developers focus on building their core product instead of debugging headless browser issues. It also has a generous free tier that works perfectly for testing and small projects.

Every tool on this list solves specific problems that html2canvas has struggled with for years. There is no single perfect option for every project: pick a client side library if you need zero backend code, use a headless browser if you need perfect accuracy, and go with a managed API once you scale past small volume. What matters most is that you stop wasting time patching html2canvas edge cases and pick a tool built for the modern web.

The next time you sit down to build an export feature, test one of these alternatives first. Most developers report that they spend less than an hour testing and switching, and never run into the silent rendering failures that made html2canvas so frustrating. Start with the use case you have, run a quick test with your actual content, and you’ll find the right fit for your project.