Collect Every Page, Not Just the First One

Pagination Without Headaches

Add a pagination command, configure the button or URL pattern, and RTILA X handles the rest. Paginated websites are one of the most common sources of incomplete scraping results. A tool that only reads the first page misses the data that lives on later pages. RTILA X removes that limitation with native pagination commands that work across the most common page structures.

The configuration process is visual. You indicate whether the site uses numbered pages, a next button, or a URL pattern, and RTILA X applies the same pagination logic to every subsequent page. You can also set a maximum page count to prevent an unexpectedly large crawl from running too long.

Numbered Pagination

Numbered pagination is common on e-commerce category pages and search results. RTILA X can detect page number links, click them in order, and continue extracting until the final page is reached. You do not need to write a loop or manually list every page URL.

The automation tracks which pages have been processed and records progress in checkpoints. If a page load fails or the site temporarily blocks a request, the workflow can resume from the correct location instead of repeating earlier pages.

Next Button Pagination

Some sites hide pagination behind a simple next button or arrow link. RTILA X identifies the next button, clicks it, waits for the next page to load, and continues the extraction. This approach works even when page numbers are not visible or when the site uses JavaScript to update the content without a full page reload.

Because the next button may move or change styling between pages, RTILA X re-evaluates the selector on each iteration. That makes the pagination layer more resilient than a fixed selector that was only captured once.

Infinite Scroll

Infinite scroll feeds load new content as the user reaches the bottom of the page. RTILA X can simulate scrolling, wait for lazy-loaded content to appear, and extract each new batch of items until no further items show up.

This workflow requires careful waiting and timing. RTILA X monitors the page for new content and pauses between scrolls to let the site respond. For feeds that load data through background API calls, you can also use network interception to capture the structured JSON directly, which is faster and more reliable than scrolling through many batches.

For sites that use both infinite scroll and a cap on the number of visible items, the workflow can combine scrolling with a maximum item count or a maximum number of scroll actions to avoid running indefinitely.

Load More Buttons

Some pages use a Load More button instead of automatic scrolling. RTILA X can click that button, wait for new items to render, and repeat the process until the button disappears or a configured limit is reached. This pattern is common on review sites, social feeds, and directories.

Because the button label, visibility, and position may change, the pagination command re-evaluates the element each time. You can also add a fallback condition in case the button is replaced by a different element after several loads.

Combining Pagination with Checkpoints

Pagination and checkpoints work especially well together. As the workflow processes each page or scroll batch, RTILA X saves progress. If the run crashes or loses internet access, the next run resumes after the last successfully processed batch rather than starting over.

This combination is essential for large crawls that may take hours to finish. Without checkpoint support, a single late failure could waste all the progress made on earlier pages. With the two features together, even long scraping projects remain practical and recoverable.

Infinite Feeds Made Simple

For modern infinite-scroll sites, combine scrolling with network API interception for structured data. The result is a clean dataset even when the visible page content is heavily rendered by JavaScript.