Every textile designer has stood in front of the "Save As" dialog and paused. TIFF, PSD, PNG, JPG, PDF — every format looks like an option, and the wrong choice introduces color shifts, banding, or outright RIP rejection at the print shop. This guide compares the five main formats for textile production with real trade-offs, not marketing claims.
TIFF: The Universal Textile Standard
TIFF (Tagged Image File Format) is the default format for textile production for three reasons: it supports CMYK natively, it supports embedded ICC profiles, and every RIP on the market accepts it. Flatten your layers, apply LZW compression, embed the Fogra39 profile, and you have a file that every textile shop can print without question.
Typical textile TIFF specs:
- Bit depth: 8-bit for most work, 16-bit for photographic or gradient-heavy designs
- Compression: LZW (lossless, widely supported). Avoid ZIP compression unless confirmed.
- Layers: flattened. Multi-layer TIFF works but doubles file size and some RIPs refuse.
- File size: 20–400MB typical for a 40cm × 40cm tile at 300 DPI CMYK
TIFF's one weakness is file size — uncompressed TIFFs for bolt-scale artwork run into the gigabytes. LZW compression typically cuts this by 40–60% without quality loss. Always send compressed.
PSD: Adobe-Native Workflow Only
PSD (Photoshop Document) preserves layers, smart objects, adjustment layers, and Photoshop-specific features that TIFF cannot. For shops running an Adobe-native pipeline — typical at fashion-brand in-house studios and boutique print shops — PSD is fine.
For everyone else, PSD introduces risk. Non-Adobe RIP software (GMG, Caldera, Onyx) supports PSD inconsistently, sometimes ignoring adjustment layers, sometimes flattening without warning. Before sending PSD: confirm the RIP, or just flatten and send TIFF.
One legitimate PSD use case: you want the printer to make a specific layer change (a color swap, a logo removal) without re-exporting. Agree on this workflow explicitly.
PNG: The Wrong Answer for Final Submission
PNG is ubiquitous in web design and graphic design, which is why designers default to it. For textile production, it is the weakest choice because PNG does not support CMYK.
When you submit PNG, the RIP must convert from sRGB or Adobe RGB to CMYK on the fly. That conversion uses the RIP's default assumptions, not your chosen ICC profile. Expected color shift: Delta E 4–8 on average, up to Delta E 12 in the bright blue and cyan ranges. Delta E 4 is visible at arm's length; Delta E 8 is glaring.
PNG is fine for working files, mockups, and web previews. Never for final textile submission.
JPG: Lossy Compression, Visible on Fabric
JPG's lossy compression — the thing that makes it tiny and web-friendly — destroys detail in solid color areas. On screen at web scale, the loss is invisible. On printed fabric at 2-meter scale, it shows as banding in gradients and mosquito-noise around hard edges.
A compressed JPG under 500KB has lost information that no upscaling can recover. A high-quality JPG (maximum quality, minimal compression) can work for photographic artwork where the noise blends with natural texture, but offers no advantage over TIFF at similar file size. For pattern prints, logos, and brand work: never JPG.
PDF: The Vector-Heavy Sweet Spot
PDF wins for designs built primarily from vectors — logos, labels, typography-heavy work, packaging graphics. The vector paths stay resolution-independent through the RIP, so the same PDF prints cleanly at any size without rasterization.
Rules for textile PDF:
- Preserve vectors; do not "rasterize" the file on export
- Embed all fonts or convert type to outlines
- Use PDF/X-1a or PDF/X-4 for print-ready compliance
- Include bleed (3–5mm for cut-and-sew, more for rotary)
For raster-heavy pattern prints or photographic artwork, PDF offers no advantage over TIFF and adds RIP compatibility uncertainty. Use PDF for vector work, TIFF for raster work.
Quick Reference Table
| Format | Best For | Avoid For | CMYK |
|---|---|---|---|
| TIFF | Universal textile standard | — | Yes |
| PSD | Adobe-native shops | Unknown RIPs | Yes |
| Vector-heavy designs | Raster-heavy patterns | Yes | |
| JPG | Photographic, high-quality only | Solid colors, brand work | Yes (but lossy) |
| PNG | Working files, web previews | Final textile submission | No |
Converting Between Formats Safely
If you inherited artwork in the wrong format, convert carefully:
- PNG → TIFF: convert to CMYK first, embed Fogra39, then save as TIFF with LZW. Accept that some color data is being created from sRGB assumptions.
- JPG → TIFF: the compression damage stays. Consider redrawing critical elements before conversion.
- PSD → TIFF: flatten first, preserve ICC profile, save as 8- or 16-bit LZW TIFF.
For high-volume or automated conversion, a dedicated format converter that preserves color profiles is safer than manual "Save As." Manual saves frequently strip ICC profiles silently, especially in older Photoshop versions.
What to Read Next
File format is one layer of the textile prep stack. For the full checklist, see the complete textile artwork preparation guide. For color-space decisions specifically, our guide on CMYK vs sRGB color shift explains why format alone does not solve the color problem — you also need the right color space and ICC profile inside the file.
For official format specifications and compatibility testing, ICC's color profile documentation covers every profile you are likely to encounter.
