228 characters Β· 17 words Β· 228 bytes (UTF-8)
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228 characters Β· 17 words Β· 228 bytes (UTF-8)
Output will appear here
Click in the output to select all text
Format and indent XML documents with proper nesting and tag alignment.
Validate XML well-formedness and check for unclosed tags or syntax issues.
Convert XML documents and attributes into clean JSON objects.
Split large CSV datasets into smaller chunks by row count or condition.
Transform JSON objects and arrays into structured XML documents.
Minify XML by stripping extra whitespace, line breaks, and comments.
Large XML documents, such as product feeds or batch export files, often contain hundreds of repeated node elements, like item or record, that you need to process individually rather than as one giant file. This XML node splitter identifies a repeating element by tag name and extracts each occurrence into its own separate, self-contained XML fragment or file. It's useful for developers processing feed data in batches, testers isolating a single record to debug, and integrators who need to distribute a large XML export across multiple smaller files. Namespaces and attributes on each node are preserved intact during the split. Since splitting runs entirely in your browser, your document is never uploaded to a server, and there's no signup needed. Paste your XML below to split it by node.
You specify the repeating tag name, such as item or record, and the tool finds every matching element and extracts it as a separate fragment.
Yes, all attributes and nested child elements within each matched node are preserved exactly in the extracted fragment.
Yes, you can optionally wrap each extracted node in a root element so every fragment is independently well-formed.
Common reasons include processing feed items individually, debugging a single problematic record, or distributing data across multiple smaller files.
No, the splitting process runs entirely client-side in your browser - your document is never sent to a server.
Yes, namespace prefixes and declarations are preserved correctly on each extracted node.
Yes, it's designed to process large feeds with many repeated nodes efficiently since everything runs locally in your browser.