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Need help?Convert PSD to TIF: What This Tutorial Covers
A .psd is Adobe Photoshop's layered working file; a .tif is the flat, tag-based raster format print shops, archives and imaging software have expected since TIFF 6.0 in 1992. Converting between them is the classic design-to-print handoff — you keep the editable PSD as your master and hand off a rasterised TIFF anyone can open. The one decision that matters is the Compression Type, because this page opens on a lossy setting, two of the entries in that list fail on colour artwork, and two of them are the same encoder under different names. This walk-through covers all of it, with measurements from our own pipeline.
How to Convert PSD to TIF
- Upload Your PSD File: Drag and drop your
.psdonto the page or click "+ Add Files". You can queue several documents and convert them in one batch with the same settings. - Change Compression Type to LZW or Deflate: Open Advanced Options and set Compression Type. The page opens on JPEG, which is lossy and drops the alpha channel. LZW, Deflate, PackBits, ZSTD and None are all lossless and all keep transparency.
- Set Image Resolution and the File Extension: Leave Image resolution on "Keep original" for a full-size master, or use Preset Resolutions, a percentage, or an explicit Width × Height to downscale. The File extension toggle switches the name between
TIFFandTIF— the bytes are identical either way. - Convert and Download: Click Convert and save the file. Your upload and the finished TIFF are deleted automatically after a few hours — no sign-up, no watermark, never shared.
Walk-through: Picking a Compression Type
Every entry in the Compression Type list maps to a real TIFF compression scheme, but they are not interchangeable and the defaults are not the safe choice. We converted the same 1200 × 800 flat-colour PSD with a transparent background through each mode and measured the output:
| Compression Type | Output size | Lossless? | Alpha kept? | Notes |
|---|---|---|---|---|
| JPEG (the default) | 80,281 B | No | No | Transparent pixels become solid black |
| LOSSY | same as JPEG | No | No | Duplicate label — it is the same JPEG encoder |
| LZW | 27,898 B | Yes | Yes | The widest-compatibility lossless choice |
| Deflate | 21,102 B | Yes | Yes | Zlib; smaller than LZW, slightly less universal |
| ZSTD | 12,804 B | Yes | Yes | Smallest lossless here; newest, so check your reader |
| PackBits | 1,202,874 B | Yes | Yes | Simple run-length; large on anything detailed |
| None | 3,840,294 B | Yes | Yes | Uncompressed raw scanlines |
| CCITT Fax 4 | — | — | — | Fails on colour — do not pick it |
| JP2K (JPEG 2000) | — | — | — | Fails — do not pick it |
Two conclusions worth internalising. First, on graphic artwork the lossy default is not even a size win: JPEG produced an 80 KB file where LZW produced 28 KB and ZSTD 13 KB, because flat colour regions are exactly what dictionary compressors are good at and exactly what a DCT codec wastes bits on. JPEG-in-TIFF only pays off on photographic content. Second, JPEG compression cannot carry an alpha channel, so a PSD with a transparent background comes back with those pixels rendered solid black — which is very easy to miss if you preview the file on a dark background.
Common Errors and How to Fix Them
- "The transparent background turned black" — You were on the JPEG (or LOSSY) default. Switch Compression Type to LZW, Deflate or ZSTD and re-convert. If the transparency is the whole point of the file, PSD to PNG is the alpha-safe screen format.
- "The job says it finished but the TIFF will not open" — You picked CCITT Fax 4 or JP2K. CCITT Group 4 is a bilevel fax scheme and refuses anything that is not 1 bit per sample; the JPEG 2000 path is not implemented for scanline TIFF writing. Both produce a header-only stub of a few hundred bytes that still reports as a completed job, so the failure is silent. Neither should be used on a photograph, a design or anything in colour.
- "Changing the Quality Preset did nothing" — Correct, under a lossless scheme. The preset resolves to the TIFF writer's quality parameter, and that parameter only exists for lossy compression. Sweeping it across its full range with LZW selected gave us byte-identical output every time — same size, same checksum. Under JPEG the same sweep changes the file substantially.
- "My 16-bit PSD came back as 8-bit" — The decoder reads 16-bit PSD data correctly, but the TIFF writer emits 8 bits per channel. If you need to keep 16-bit-per-channel depth for retouching headroom, export the TIFF from Photoshop itself; this tool is for handing off a viewable, printable raster.
- "Specific file size gave me a smaller image, not a smaller file at the same size" — That mode works by binary-searching the output width until the file lands within about 1% of your target. It scales the picture down; it does not change the compression scheme. Choose a lossy Compression Type if you want size reduction without losing pixels.
What Survives the Conversion
| PSD feature | In the TIF output | Notes |
|---|---|---|
| Visible composite image | Kept | The flattened composite is what is read |
| Layers, masks, smart objects | Flattened | Baseline TIFF has no Photoshop layer model |
| Editable type | Rasterised | Characters become pixels |
| Hidden layers | Dropped | Not part of the composite |
| Transparency | Kept under any lossless mode; lost under JPEG | JPEG-in-TIFF has no alpha channel |
| 16-bit-per-channel colour | Reduced to 8-bit | Writer emits 8 bits per sample |
| Colour space | sRGB | Output is written as 8-bit sRGB |
Frequently Asked Questions
Does converting PSD to TIF flatten my layers?
Yes, and there is no setting that changes it. The converter reads the flattened composite Photoshop stores in the file — the picture you see with all visible layers on — and writes that as a single raster. Layers, layer masks, adjustment layers, smart objects and live type are not addressable, and opening the resulting .tif will not bring any of them back. Keep the original .psd as your working master and treat the TIFF as a finished export. If you need an editable handoff instead of a flat one, send the PSD itself.
How do I get a genuinely lossless TIFF?
Set Compression Type to LZW, Deflate, ZSTD, PackBits or None. All five reproduce the pixels exactly and differ only in file size and how widely they are supported: LZW is the safest bet for old prepress software, Deflate is smaller and near-universal today, ZSTD is smaller still but recent, PackBits is very simple and usually large, and None writes raw scanlines. The one you must change away from is the JPEG default, which is a discrete-cosine codec and will soften fine detail and text edges.
Why are JPEG and LOSSY both in the list — are they different?
They are not. Both entries resolve to the same JPEG compression scheme in the TIFF writer; "LOSSY" is a legacy label kept for compatibility with older saved settings. Picking either one gives you an identical file. Treat the two as one option, and treat that option as "only for photographic content where you have decided a smaller file is worth losing detail and the alpha channel".
What happens to a transparent background?
It depends entirely on the Compression Type. Under any lossless scheme the alpha channel is written into the TIFF and transparency is preserved. Under the JPEG default there is no alpha channel available, so the transparent region is composited to solid black — we measured exactly that on a test file whose corners were fully transparent. Many print workflows want an opaque image anyway, but black is rarely the colour anyone intends, so decide deliberately rather than accepting the default.
Is a .tif file different from a .tiff file?
No. They are two spellings of the same Tagged Image File Format and the bytes inside are identical; the three-letter form survives from the MS-DOS 8.3 filename era. The File extension toggle on this page exists only so you can hand your recipient whatever spelling their software or their spec sheet expects. If you have been given a strict naming requirement, match it — otherwise either is fine.
Why is my TIFF so much bigger than the PSD?
Because a PSD stores a compressed layer stack while the TIFF you get is one full-resolution flattened raster, and because lossless compression cannot invent savings that are not in the data. An uncompressed TIFF of a 1200 × 800 image is about 3.8 MB no matter what is in it. Deflate or ZSTD will usually give you the smallest lossless file; if the size still matters more than exact pixels and the image is photographic, the JPEG mode is the intended escape hatch — or use PSD to JPG for a plain lossy image.
Can I convert a TIF back into a layered PSD?
No — not here and not anywhere, because the information no longer exists. Flattening discards which pixels belonged to which layer, what each mask was doing and what the type said before it was rasterised. Nothing can reconstruct that from a flat raster. PSD is an input-only format on this site for the same reason: we read Photoshop documents, but we do not write them. Always keep your .psd master.
How are my files handled, and how long are they kept?
Your PSD is uploaded over an encrypted connection, converted on our servers, and both the upload and the finished TIFF are deleted automatically after a few hours — no sign-up, no watermark, and your file is never shared or made public. Very large layered documents are limited in practice by upload time rather than by any file-count cap, since the whole document is sent before it is flattened.