Resize TIFF

How to Resize TIFF Images Online

1. Upload Your TIFF File: Drag and drop or click "Add Files" to select a TIFF or TIF image from your computer. Only the first file you pick is loaded — this editor works on one image at a time, not a batch queue. BigTIFF inputs are read but written back as classic TIFF.
2. Choose Resolution Mode: Pick how you want to scale. Width / Height lets you enter exact pixel dimensions with an aspect-ratio lock; Percentage scales both axes proportionally (50% halves each side and quarters total pixels); Preset offers common targets like 720P, 1080P, 1440P, 2160P, and 4320P. The default keeps the source resolution untouched.
3. Set Compression and DPI (Optional): Expand Advanced Options to pick a TIFF compression type — LZW (lossless, broad compatibility), Deflate/ZIP (lossless, smaller than LZW for many images), PackBits (lossless RLE), CCITT Fax 4 (1-bit black-and-white scans), JPEG-in-TIFF (lossy, smaller), or None (uncompressed, largest). Set DPI to 72, 96, 150, 200, 300, 400, 600, or 1200 to match print or screen targets, and choose 1-bit, 8-bit, or 16-bit depth.
4. Resize and Download: Click "Resize" and save the output. Processing happens locally in your browser — no sign-up, no watermark, no quality cap. Use + Start New to resize another file.

Why Resize TIFF Images?

TIFF (Tagged Image File Format) was finalized at version 6.0 in June 1992 by Aldus/Adobe and remains the prepress, archival, and scanning workhorse because it can store lossless pixel data with multiple compression options, layers, multi-page documents, and color profiles. Resizing a TIFF changes the pixel grid without leaving the format, which is what professional print, document-imaging, and GIS workflows expect:

• Prepress and print dimensions — A 10x8 inch print at 300 DPI needs exactly 3000x2400 pixels. Drop in a 6000x4800 scan, set width to 3000 px with aspect lock, and the file emerges at the correct dimensions for your imposition software without round-tripping through JPEG.
• Trim massive scan archives — Flatbed and book scanners routinely output 600 DPI TIFFs at 50-200 MB each. Scaling a 9600x7200 page down to 3000x2250 (still 300 DPI for letter-size print) cuts file size by roughly 90% while keeping LZW or Deflate lossless compression intact.
• Standardize document-imaging batches — Records management, GIS tilesets, medical PACS, and legal e-discovery often require fixed pixel dimensions like 2550x3300 (US letter at 300 DPI). This page resizes one scan at a time; for a whole batch of mixed scans in one session, see Compress TIFF, which resizes and re-encodes multiple files together.
• Prepare for web or email handoff — A 100 MB TIFF won't fit a 25 MB Gmail attachment cap. Resize first, then run TIFF to JPG or TIFF to PNG so the recipient gets a sensibly sized file.
• GIS and remote sensing tiles — GeoTIFF aerial and satellite tiles need to match downstream raster pyramids. Resizing to power-of-two pixel widths (1024, 2048, 4096) keeps tile alignment clean.
• Microscopy, X-ray, and CT export — 16-bit grayscale TIFFs from scientific cameras stay 16-bit through resize; pick Deflate to keep the high bit depth without bloating storage.

TIFF Resize vs Crop vs Compress — Which Tool Do You Need?

Pixel Dimensions for Common Print Sizes (at 300 DPI)

Formula: pixels = inches x DPI. To go the other way, print size (in) = pixels / DPI.

TIFF Compression Quick Guide

Frequently Asked Questions

Does resizing a TIFF re-encode and lose quality?

The pixel grid is re-sampled (that's the whole point of resizing), but TIFF stays lossless as long as you keep a lossless compression choice — LZW, Deflate, PackBits, CCITT Group 4, or None. Downscaling is effectively free of artifacts; upscaling interpolates new pixels and will look softer. If you pick JPEG-in-TIFF as the output compression, that step is lossy regardless of the resize.

Will my multi-page TIFF stay multi-page after resizing?

TIFF supports multiple pages (image file directories) per file. Our resizer reads multi-page input and applies the same dimensions to every page, writing all pages back into a single TIFF. If you need each page as its own file, run TIFF to PNG or TIFF to JPG instead, which split per page.

What DPI should I pick for print versus screen?

300 DPI is the prepress standard for handheld prints — at typical viewing distance, the human eye stops resolving individual dots around that density. Large posters viewed from a distance are routinely 150-200 DPI. Screen-only TIFFs (web preview, documentation) only need 72 or 96 DPI. DPI is a metadata tag in TIFF — it does not change pixel count; you set it alongside dimensions when matching a physical output size.

How do I resize a TIFF for print without losing sharpness?

Decide your final print size and DPI first, then scale to those exact pixels. Example: an 8x10 in print at 300 DPI = 2400x3000 px. If your source is larger, downscale to that target — sharper than letting the printer's RIP scale it. If your source is smaller, you can upscale but expect softness; consider printing smaller or at lower DPI (200 DPI for matte stock is forgiving).

Can I preserve LZW or Deflate compression on the output?

Yes — pick the same compression type in Advanced Options that your input uses (or any other lossless type). LZW is the safest default for compatibility across Photoshop, Lightroom, Acrobat, ImageMagick, and most prepress RIPs. Deflate often produces smaller files but a few older readers (some early-2000s scanner drivers) don't handle it.

Will the bit depth and color profile survive?

8-bit and 16-bit TIFFs keep their depth through resize. Embedded ICC color profiles (sRGB, Adobe RGB, ProPhoto, CMYK FOGRA/SWOP) are preserved on output so prepress color management isn't broken. CMYK input stays CMYK; grayscale stays grayscale.

Why is my resized TIFF still huge compared to a JPG?

TIFF stores far more data than JPEG by design — full bit depth, optional alpha, color profiles, and (with lossless compression) no quantization. A 3000x2400 8-bit RGB LZW TIFF runs 15-20 MB; the same image as JPEG quality 90 is roughly 1-2 MB. If file size matters more than archival quality, resize then convert to JPG or PNG.

Does the tool handle BigTIFF (files larger than 4 GB)?

Classic TIFF uses 32-bit offsets, capping files at approximately 4 GiB; BigTIFF extends to 64-bit offsets (theoretical limit ~18 EB) for very large satellite, microscopy, or whole-slide images. Most prepress and document-imaging files fit comfortably under the classic limit. For multi-gigabyte scientific scans, desktop tools like libtiff or VIPS are a better fit than a browser session.

What's the difference between resize-tiff and resize-tif?

None functionally — .tif and .tiff are the same format with two common extensions. Both pages accept either extension; we keep resize-tif as a separate landing page for users who search by the three-letter spelling.