PDF to TIFF
Convert PDF to high-quality TIFF images instantly. Upload your PDF and get crisp TIFF outputs for printing, archiving, and professional use. No software, no watermark — works on desktop & mobile.
PDF to TIFF Converter
The PDF to TIFF Converter renders each page of a PDF document as a TIFF (Tagged Image File Format) image file. Upload your PDF, click Convert to TIFF, and download one TIFF per page — each capturing the full visual content of that page in a lossless professional image format. TIFF supports multiple compression modes, high bit-depth color, and multi-page files, making it the standard format for professional print production, document archiving, and specialist imaging workflows.
PDF to TIFF conversion is used when a downstream workflow explicitly requires TIFF input: commercial print production and prepress, legal and government document archiving, medical clinical documentation, desktop publishing software (InDesign, QuarkXPress), and any imaging system that processes TIFF as its native format. If your workflow does not specifically require TIFF, PDF to PNG typically produces equivalent lossless quality with better platform compatibility and smaller file sizes.
How to use the PDF to TIFF Converter
- Click Select a File or drag and drop your PDF into the upload area. Guest users can upload up to 5 files (10 MB each); registered users up to 20 files (40 MB each).
- Click Convert to TIFF. The tool renders each PDF page and produces a TIFF image file for every page in the document.
- Download the TIFF files. Each PDF page is produced as a separate TIFF file, or multiple pages may be available as a ZIP archive depending on the tool's output.
- Verify output quality by opening the TIFF in your imaging software (Photoshop, GIMP, IrfanView, or your print workflow application) and confirming that resolution, color accuracy, and image sharpness meet your requirements.
- Process the TIFF in your professional workflow: import into InDesign, pass to a RIP for printing, upload to an archiving system, or deliver to the requesting application.
What makes TIFF distinct from PNG and JPG for PDF conversion
TIFF has three characteristics that distinguish it from PNG and JPG and explain why it is specified in professional workflows:
Multiple compression modes
Unlike PNG (lossless only) and JPG (lossy only), TIFF supports multiple compression options. LZW (Lempel-Ziv-Welch) is the standard lossless compression for color and greyscale TIFF — reducing file size by 30–60% without any quality loss. CCITT Group 4 is a highly efficient lossless compression specifically designed for black-and-white (bitonal) document images — producing very small file sizes for scanned text documents. Uncompressed TIFF stores every pixel without any reduction — maximum file size, zero processing overhead, and absolute compatibility with every TIFF reader. Some TIFF files use internal JPEG compression for photographic content within the container, trading quality for smaller files.
Multi-page TIFF capability
A single TIFF file can contain multiple pages. Unlike PNG and JPG (which always produce one file per PDF page), a PDF to TIFF conversion may produce either individual TIFF files (one per page) or a single multi-page TIFF containing all pages in sequence. Multi-page TIFF is the standard format for fax archives, scanned legal document sets, and document management systems that use TIFF as the native storage format. Check whether the tool output is individual files or a single multi-page TIFF before incorporating it into your workflow.
Professional color and bit-depth support
TIFF supports a range of color modes and bit depths not available in PNG or JPG: CMYK color for print pre-separation, 16-bit per channel (vs 8-bit in JPG and standard PNG) for extended tonal range in high-end imaging, Lab color, and bitonal (1-bit, black and white) for document scanning. For most PDF to TIFF conversions, 8-bit RGB is the default output mode. Verify the color mode required by your target workflow — print workflows requiring CMYK separation will need the TIFF converted or re-processed through a color management step.
TIFF is not natively displayed in web browsers. Unlike PNG and JPG which open directly in any browser or operating system file viewer, TIFF requires specialist imaging software (Photoshop, GIMP, IrfanView on Windows, Preview on macOS, or dedicated document viewing applications). If TIFF files will be viewed by recipients without imaging software, or shared in a web-based context, consider whether PDF to PNG would better serve the use case — lossless quality with universal compatibility.
TIFF vs PNG vs JPG — choosing the right format
| TIFF | PNG | JPG | |
| Compression | Multiple options: lossless (LZW, DEFLATE, uncompressed) or lossy (JPEG within TIFF). Most commonly used lossless. | Lossless only. Every pixel stored exactly, with no quality loss at any file size. | Lossy only. Discards some image data to achieve small file sizes. Quality is permanent — cannot be recovered. |
| Multi-page support | Yes. A single TIFF file can contain multiple pages. A 10-page PDF can produce one 10-page TIFF instead of 10 separate files. | No. One PNG per page. Always produces separate files. | No. One JPG per page. Always produces separate files. |
| File size | Large to very large. Lossless TIFF files are typically larger than PNG due to minimal or no compression. Uncompressed TIFF is the largest of all three. | Medium to large. Lossless but uses efficient compression. Typically smaller than uncompressed TIFF, similar to LZW TIFF. | Small to medium. Lossy compression produces the smallest file sizes of the three formats. |
| Platform compatibility | Professional tools (Photoshop, InDesign, Illustrator, RIP software, medical imaging), printing systems, and archival software. Not natively displayed in most web browsers. | Universal. All browsers, operating systems, web platforms, design tools, and consumer applications support PNG natively. | Universal. The most universally compatible image format — supported by every platform, browser, and application. |
| Primary use cases | Professional print production, prepress workflows, document archiving, medical imaging (DICOM adjacent), legal document scanning, and any workflow requiring integration with specialist imaging software. | Web graphics, screenshots, diagrams, sharp-edge content, design assets, software UI, and any use where lossless quality and broad compatibility are both needed. | Web publishing, email, social media, general sharing, and any context where file size and universal compatibility are the priority. |
| Choose TIFF when | The downstream workflow requires TIFF: print production, prepress, scanning systems, medical imaging platforms, archival systems, or professional DTP software that specifically requests TIFF input. | You need lossless quality and broad compatibility — most use cases that might otherwise use TIFF are better served by PNG unless a specific TIFF requirement exists. | File size and sharing convenience are more important than lossless quality. |
DPI resolution guide for professional TIFF output
Output resolution determines the pixel density and file size of the TIFF. Professional print and archiving standards define specific DPI requirements — the table below covers the standard professional levels:
| DPI | Pixel dimensions (A4) | Approx file size (LZW TIFF) | Typical use in professional workflows |
| 150 DPI | 1240 × 1754 px | ~1–3 MB | Draft review, low-priority internal archiving, and content where size matters more than maximum print quality. |
| 300 DPI | 2480 × 3508 px | ~3–8 MB | Standard professional print quality. Required for most offset printing, laser printing, and commercial print submissions. The baseline for all serious print workflows. |
| 400 DPI | 3307 × 4677 px | ~5–15 MB | High-quality scanning and archival. Used in legal document scanning (NARA and similar standards often specify 300–400 DPI for document archiving). |
| 600 DPI | 4961 × 7016 px | ~10–25 MB | Fine detail reproduction: technical drawings, fine typography, detailed diagrams, and archival imaging where no detail can be lost. |
| 1200 DPI | 9921 × 14032 px | ~40–100 MB+ | High-end prepress, microfilm digitization, and specialist archival imaging. Extreme file sizes — only appropriate for specific professional requirements. |
For most professional print workflows, 300 DPI is the baseline minimum. Many commercial printers, prepress systems, and archiving standards specify 300 DPI as the required input resolution. Below 300 DPI, text and fine lines may appear soft when printed at full size. For large-format printing (posters, banners), the DPI requirement decreases with viewing distance — 150 DPI may be sufficient for large-format output viewed from a distance. Always confirm the DPI requirement with the print provider or archiving standard before converting.
Professional use cases and workflow guidance
| Professional context | Why TIFF is specified | Recommended settings |
| Commercial print production (offset, digital press) | Print production workflows — RIP (Raster Image Processor) software, imposition tools, and commercial print systems — accept TIFF as a standard input format. TIFF preserves exact color values and fine detail without lossy compression artefacts that would degrade quality at print resolutions. | 300 DPI minimum. 600 DPI for fine typography or detailed graphics. LZW compression if the workflow accepts it; uncompressed TIFF if the RIP requires uncompressed input. CMYK color mode if the print workflow uses CMYK separation. |
| Legal document archiving | National and international document archiving standards (including US National Archives and Records Administration, UK National Archives guidelines, ISO archiving standards) specify TIFF as a compliant archival format for scanned documents, with defined DPI minimums for text legibility and long-term preservation. | 300 DPI minimum for typed text documents. 400 DPI for handwritten documents or documents with fine detail. LZW lossless compression. Greyscale or bitonal (black and white) depending on the source document. |
| Medical imaging and clinical documentation | Clinical document workflows alongside DICOM imaging systems often require TIFF for non-DICOM image output. Radiology reports, pathology images, and clinical photography attached to patient records may be exported or archived as TIFF. | 300–600 DPI depending on the clinical imaging requirement. Verify compliance requirements with the specific medical records or PACS system in use. TIFF is used as an interoperability format — not a substitute for DICOM for primary imaging data. |
| Desktop publishing and prepress (InDesign, QuarkXPress) | DTP applications place images into page layouts for print or digital output. TIFF is a standard placed-image format in InDesign and QuarkXPress — it loads reliably across platforms, preserves color profiles, and renders correctly in page layout. | 300 DPI or higher for print. Match the color space of the document (RGB for digital output, CMYK for print). LZW compression is supported by all major DTP applications. |
| Geographic Information Systems (GIS) and cartography | GeoTIFF (TIFF with embedded geospatial metadata) is the standard raster image format for GIS workflows. Converting PDF maps and geographic documents to TIFF (particularly GeoTIFF) allows them to be imported into GIS platforms with spatial reference. | High DPI (300–600) to preserve map detail. Note: converting PDF to standard TIFF produces a TIFF without geospatial metadata. GeoTIFF registration requires dedicated GIS tools, not a standard PDF to TIFF converter. |
Usage limits
| Account type | Daily conversions | Max file size | Files per session |
| Guest | 25 per day | 10 MB per file | Up to 5 files |
| Registered | 100 per day | 40 MB per file | Up to 20 files |
Related tools
- PDF to PNG — convert PDF pages to lossless PNG images. Better for general use where broad platform compatibility is needed alongside lossless quality.
- PDF to JPG — convert PDF pages to JPEG images. Better for sharing, web use, and photographic content where smaller file sizes are acceptable.
- TIFF to PDF — the reverse: convert TIFF image files into a PDF document.
- PDF Compressor — reduce PDF file size before converting to TIFF, to produce smaller output image files.
- Remove PDF Pages — extract specific pages before conversion to avoid converting an entire large PDF when only certain pages are needed.
Frequently asked questions
What is TIFF and why is it used in professional workflows?
TIFF (Tagged Image File Format) is a flexible, lossless image format developed for professional imaging, printing, and archiving. It is specified in professional workflows because it supports multiple compression modes (lossless LZW, uncompressed, CCITT Group 4 for black-and-white documents), high bit-depth color (8-bit and 16-bit per channel), CMYK color mode for print pre-separation, and multi-page files. TIFF is the standard input format for commercial print RIP software, legal document archiving systems, medical clinical documentation, and desktop publishing applications like InDesign and QuarkXPress. It is not typically used for web or general sharing because most browsers do not display TIFF files natively.
Does each PDF page produce a separate TIFF file?
This depends on the tool's output mode. Some converters produce one TIFF file per PDF page (individual files, typically named page-1.tiff, page-2.tiff). Others produce a single multi-page TIFF file containing all pages in sequence — the standard format for fax archives and document management systems that use TIFF natively. Check the tool's output carefully: if you receive one file for a multi-page PDF, it is likely a multi-page TIFF. If you receive multiple files, each is a single-page TIFF.
What DPI should I use for professional print output?
300 DPI is the standard minimum for professional print output — it produces sharp text and graphics at typical print viewing distances. Many commercial printers and prepress systems require 300 DPI as a minimum input specification. For fine typography, detailed technical drawings, or high-quality photographic reproduction, 600 DPI provides additional sharpness. For large-format printing (posters, exhibition graphics) viewed from a distance, 150 DPI may be sufficient because the viewing distance reduces the perceptible detail. Always confirm the DPI requirement with your print provider or the archiving standard in use.
Why is my TIFF file so large?
TIFF files are significantly larger than JPG and often larger than PNG because TIFF is lossless and may use minimal or no compression. An A4 page at 300 DPI stored as an uncompressed TIFF is approximately 24–25 MB — the same as a BMP file of that size. With LZW lossless compression, the same page is typically 3–8 MB. For archival workflows where maximum size is a concern, ensure the tool is using LZW compression rather than uncompressed output. For delivery workflows where file size matters, consider whether PNG (smaller lossless files with universal compatibility) would serve the same purpose.
Can I use the TIFF output in InDesign or Photoshop?
Yes. TIFF is a natively supported format in Adobe InDesign, Photoshop, Illustrator, and all professional imaging applications. In InDesign: File → Place → select the TIFF to place it as a linked image in the layout. In Photoshop: File → Open to open the TIFF as a document for editing. The TIFF from the converter will typically be in RGB color mode — confirm whether your InDesign document or print workflow requires CMYK, and use Photoshop or a color management tool to convert the color mode if necessary.
What is the difference between TIFF and multi-page TIFF?
A standard TIFF file contains one image — one PDF page becomes one TIFF file. A multi-page TIFF is a single TIFF file that contains multiple images stored sequentially — all PDF pages are embedded in one .tiff file. Multi-page TIFF is used by document management systems, fax archives, and scanning software that use TIFF as the native storage format for complete documents. If you receive one TIFF file from a multi-page PDF conversion, it is a multi-page TIFF. To split it into individual page files, use image editing software (GIMP can export individual frames from a multi-page TIFF) or a dedicated TIFF splitting tool.
Should I use PDF to TIFF or PDF to PNG for archiving?
For most archiving purposes, PDF to PNG produces lossless output with smaller file sizes and universal compatibility — any device, any operating system, and any application can open a PNG without specialist software. Use PDF to TIFF when the archiving standard you must comply with specifically requires TIFF (US National Archives, certain ISO and BSI archiving standards, legal discovery requirements, and some medical records systems specify TIFF as the compliant format). If no specific format is mandated, PNG is the more practical lossless archival format for general use.
Is the PDF to TIFF Converter free?
Yes. The converter is free within the daily usage limits shown above. Guest users can run 25 conversion sessions per day and upload up to 5 files per session (10 MB each) without creating an account. Registering a free ToolsPiNG account increases the daily limit to 100 sessions, the file size limit to 40 MB per file, and the per-session file count to 20.