Instantly extract plain text, read document metadata, and preview the first page. Export to TXT, JSON, Markdown, HTML, Word, Excel, or PowerPoint — all within your browser. Your PDF never leaves your device, ensuring complete confidentiality for sensitive documents.
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Portable Document Format (PDF) is the global standard for document exchange, but extracting usable text or metadata often requires specialized software or risky online services. Our PDF Text Extractor & Multi-Format Exporter leverages the industry‑standard PDF.js library (Mozilla) to read PDF structure directly in your browser. Because everything runs locally, sensitive contracts, academic papers, or financial statements remain under your control.
How it works: PDF.js parses the document’s object tree, decodes text streams (including Unicode, CID fonts, and embedded subsets), and assembles page text in reading order. Metadata is extracted from the document catalog (XMP metadata or Info dictionary). All operations are isolated in a Web Worker for performance.
A compliance analyst needs to search for specific clauses across 200+ PDF contracts. Instead of opening each file manually, they use this extractor to generate plain‑text versions, then run local grep/scripts. For further processing in spreadsheet software, they export to Excel where each page becomes a row. For client presentations, they export to PowerPoint to create a slide deck summarizing key clauses.
PDF is not a ‘structured’ text format like HTML or DOCX; it stores glyph positioning instructions. Text extraction reconstructs characters by analysing 'show text' operators (Tj, TJ), mapping character codes to glyphs via font encodings and ToUnicode tables. Our implementation uses PDF.js’s battle‑tested text layer logic, which handles complex scripts (Cyrillic, CJK, right‑to‑left), embedded fonts, and ligatures. The metadata viewer reads both legacy Info dictionary and modern XMP metadata packets (ISO 16684‑1). This adheres to the PDF Reference (ISO 32000‑2).
For professionals, accuracy is critical. We apply advanced fallback heuristics for malformed fonts, and the extracted text retains approximately original reading order, making it suitable for indexing, translation, or NLP pipelines.