Published by GiftSuppliers.ae | Knowledge Hub | Artwork & File Preparation Reading time: approximately 13 minutes

Typography is the element of corporate identity that most immediately signals brand quality — before colour, before layout, before imagery. The typeface of a brand’s wordmark, the weight and spacing of its body copy, the precision with which its letterforms are reproduced across different media — these are the typography choices that cumulatively construct the personality and positioning of the brand in the mind of every recipient who encounters it.
In commercial print and branding production, typography has a specific technical dimension that goes beyond aesthetic choice: fonts are software, and software has licensing requirements, compatibility constraints, and technical specifications that determine whether the typography that appears correctly on the designer’s screen will appear correctly in the finished printed piece or embroidered garment.
This is the domain of font guidelines for print — not the aesthetics of typeface selection, but the technical management of font files through the production workflow. It covers why fonts must be outlined or embedded before submission, what happens when they are not, how different branding methods handle typography differently, what the minimum legible font sizes are for each production method, and how Arabic typography requires specific handling that differs fundamentally from Latin typeface management.
For marketing coordinators and brand managers in the UAE and GCC corporate market, the font guidelines in this article are operational knowledge — they determine whether the corporate identity typography that appears in the brand guidelines is reproduced accurately in every printed business card, every embroidered polo shirt, every laser-engraved executive gift, and every care label on every garment distributed across the organisation’s operations.
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What Fonts Are and Why They Matter in Print Production
A font is a software file — a digital description of the visual forms (glyphs) of a typeface’s character set. When design software renders text, it reads the font file and draws the letterforms on screen according to the mathematical descriptions within that font file.
The critical implication for print production is this: the font file must be available wherever the text needs to be rendered. On the designer’s computer, the font is available — it is installed in the system’s font library. On the print facility’s production computer, the same font may not be available — it may be a commercial font that the production facility has not licensed.
When a design file containing live, font-dependent text is opened on a system without the required font, the design application substitutes the closest available alternative — a process called font substitution. Font substitution is never accurate and is frequently dramatically different from the intended typeface:
- A distinctive display headline typeface may be replaced with a generic system serif
- A carefully selected geometric sans-serif may be replaced with Arial or Helvetica
- A custom brand typeface may be replaced with an entirely different letterform character
- Arabic text may be replaced with an Arabic system font that has different glyph shaping standards
The consequences of font substitution in production are visible, specific, and non-recoverable without reprinting: text reflows to different line lengths, headlines change in visual weight, brand identity typography loses its distinctiveness, and in the worst case — particularly for Arabic text — letterforms that were correctly shaped become incorrect.
Font management in print production has two solutions that eliminate font substitution entirely:
Solution 1 — Outlining fonts (converting text to paths): This converts every text character from a live, font-dependent element into a fixed vector path shape — the letter ‘A’ becomes a closed vector shape that describes the form of that specific ‘A’, requiring no font file to render. The text can no longer be edited as text, but it renders identically on any system regardless of font availability.
Solution 2 — Embedding fonts in PDF: This packages the required font data into the PDF file, so that the production system can render the text correctly even without having the font installed. PDF/X standards require font embedding as a condition of the standard.
How Font Outlining Works
Font outlining is the process of converting live text in a vector design file into outlined vector paths — shapes that describe the letterform geometry without any dependency on the font file.
In Adobe Illustrator: Select all text elements in the document (Edit → Select All, or individually select text objects). Navigate to Type → Create Outlines (keyboard shortcut: Command + Shift + O on Mac, Ctrl + Shift + O on Windows). All selected text is converted to outlined vector path shapes. The text is no longer editable as text — it is now a group of vector shapes.
After outlining:
- The text appearance is fixed — it will render identically on any system, in any application, forever
- No font file is required to render the text
- The text cannot be re-edited — typos cannot be corrected, word changes cannot be made, font size cannot be adjusted
- The outlined text behaves as vector artwork — it can be scaled, recoloured, and modified as vector shapes
The critical workflow requirement: Always maintain a live-text backup file alongside the outlined submission file. The backup file (with live, editable text) is for future design revisions. The outlined file is for production submission. Never outline the only copy of a text-containing artwork file — outlining is irreversible.
Naming convention: Use clear file naming to distinguish outlined and live files:
- “BusinessCard_v3_FINAL_outlined.ai” — the outlined production submission file
- “BusinessCard_v3_FINAL_live.ai” — the editable backup with live text
How Font Embedding in PDF Works
When a design file is exported as PDF/X (the print-standard PDF format), fonts are embedded — the font data required to render the text is packaged within the PDF file. Any system opening the PDF can render the text correctly using the embedded font data, without having the font installed locally.
Levels of font embedding:
Full embedding: The complete font file is embedded. The receiving system can render any character in the font’s complete character set. Large file size implication.
Subset embedding: Only the characters actually used in the document are embedded — a subset of the full font. This reduces file size while ensuring all characters present in the document render correctly. PDF/X-1a and PDF/X-4 standards both use subset embedding. This is the standard for commercial print PDF production.
How to confirm font embedding in an exported PDF: Open the PDF in Adobe Acrobat. Navigate to File → Properties → Fonts tab. All fonts in the document should be listed with status “Embedded Subset.” If any font is listed without “Embedded Subset” status, it is not embedded — font substitution may occur on systems that do not have this font installed.
Font licensing and PDF embedding: Some commercial fonts include DRM (Digital Rights Management) restrictions that prevent embedding — the font license specifically disallows embedding in PDFs. For most commercial fonts from major foundries, embedding for print production is permitted under standard print licenses. However, for organisations using custom or restricted commercial fonts, confirming embedding permission in the font’s license terms before production is a legal obligation. If a font cannot be embedded due to licensing restrictions, outlining the text before PDF export is the alternative.
Minimum Font Sizes by Production Method
Typography that reads perfectly at large scale may become illegible at the smaller scales of promotional product decoration. Each production method has physical limits on the minimum text size it can reproduce with acceptable legibility.
Offset and Digital Printing (paper and card):
Minimum body text: 6pt at print size — below this, the letter counters (the enclosed spaces within letters like ‘o’, ‘e’, ‘a’) begin to fill in, reducing legibility. For the finest text on premium business cards and stationery, 7–8pt is the recommended minimum.
Minimum fine print (disclaimers, legal text): 5pt is technically printable on high-quality offset equipment with good ink management. Below 5pt, text reliability is equipment-dependent.
Recommended body copy minimum: 8–10pt for comfortable legibility at arm’s length reading distance.
Screen Printing on Fabric:
Minimum text height: 6pt (approximately 2mm cap height) at print size for simple bold sans-serif typefaces on smooth fabric. Below 6pt, letterforms begin to lose their internal counter spaces and fine strokes.
Recommended minimum: 8pt (approximately 2.8mm cap height) for reliable legibility across fabric types and ink viscosity variations.
For text on garments at conversational viewing distance (1–2 metres): 10pt or above ensures comfortable legibility.
Embroidery:
Minimum text height: 6mm cap height for simple bold sans-serif typefaces. Below 6mm, the thread width relative to the letter scale causes counters and fine strokes to fill in or disappear.
Recommended minimum: 8mm for most corporate typefaces. 10mm for typefaces with fine strokes, serifs, or complex internal geometry.
For Arabic text in embroidery: 8mm minimum cap height; 10–12mm recommended for classical calligraphic scripts.
The embroidery minimum is the most constraining of all production methods — it is significantly larger than print minimums because the thread width is fixed, not scalable to finer resolution like a print dot. See full embroidery artwork guidance: How to Prepare Artwork for Embroidery
Laser Engraving on Metal (fibre laser):
Minimum text height: 3mm cap height for simple bold sans-serif typefaces on brushed stainless steel.
For corporate typefaces with moderate stroke variation: 4–5mm recommended minimum.
For Arabic calligraphy with fine connecting strokes: 8–10mm overall height recommended for classical scripts.
Laser Engraving on Wood and Leather (CO₂ laser):
Minimum text height: 5mm for simple sans-serif on bamboo or maple wood. 6mm on leather. Below these minimums, the CO₂ laser’s wider beam width relative to fibre laser reduces letter definition on organic material surfaces.
Pad Printing:
Minimum text height: 4pt (approximately 1.4mm cap height) for simple bold sans-serif typefaces on smooth, hard substrates.
Recommended minimum: 6pt for most conditions. Fine text below 4pt on curved surfaces (pen barrels, keyrings) is unreliable due to the pad printing process’s surface conformance.
DTF Printing:
Minimum text height: 4pt at print size for simple typefaces. DTF transfers print with CMYK inkjet precision — fine text is technically achievable at small sizes but may show slight softness on the fabric surface finish.
Recommended minimum: 6pt for reliable legibility across fabric types.
Latin Typography for Print: Key Technical Guidelines
Kerning and tracking:
Kerning (the adjustment of spacing between specific letter pairs) and tracking (the overall spacing between all characters) affect both readability and visual quality in print. Text set with default kerning and tracking may appear optically uneven in print — particularly in large display headlines where pairs like “WA”, “AV”, and “To” have naturally different spacing from pairs like “nn” or “HH.”
For corporate stationery and premium print applications (business cards, executive letterhead, Ramadan gift cards), confirm that headline text has been optically kerned by the designer rather than left to default automatic kerning. The difference between auto-kerned and optically kerned display typography is immediately visible to trained observers — and in the UAE executive gifting context, trained observers are often the recipients.
Serif vs sans-serif for different applications:
Serif typefaces (with small finishing strokes at the ends of letterforms — Times New Roman, Garamond, Georgia) are excellent for body text in long-form printed documents (brochures, annual reports) where their rhythmic stroke variation aids reading flow. They require more care at small sizes in printing — the delicate serifs may fill in or become irregular at very small point sizes in screen printing or embroidery.
Sans-serif typefaces (without finishing strokes — Helvetica, Futura, Gotham, Arial) are better suited to small-scale printing, embroidery, and screen printing applications where the simplified letterform structure maintains legibility more reliably at reduced sizes.
Thin and light weight typefaces:
Ultra-thin and light-weight typeface cuts (100, 200, 300 weight in OpenType nomenclature) have very fine strokes that may fall below the minimum reproducible feature size in embroidery, screen printing on textured fabric, and laser engraving on wood and leather. For these methods, the bold or medium weight (600–700) of the same typeface is typically the minimum weight that produces reliable results.
Reversed text (white on dark):
White text on dark backgrounds is common in UAE corporate branding — white wordmarks on navy or black backgrounds, white contact details on dark business card reverses. Reversed text in print requires slightly more generous tracking (letter spacing) than equivalent dark-on-light text — the optical perception of reversed text on dark backgrounds is that letters appear slightly narrower, and generous tracking compensates for this.
Additionally, for small reversed text in screen printing or offset printing, the minimum size threshold is slightly higher than for positive (dark-on-light) text, because ink spread at the letterform boundaries can close up the spaces within and between letters.
Arabic Typography for Print: Specific Requirements
Arabic typography in commercial print production requires a specific set of considerations that differ fundamentally from Latin typeface management.
Right-to-left text direction:
Arabic is a right-to-left script. In design applications, Arabic text must be set in a mode that correctly handles RTL text composition — affecting not only the direction of individual text flows but also the positioning of mixed Arabic-English text elements, the direction of line breaks, and the handling of numbers within Arabic text (Arabic-Indic numerals are read left-to-right even within RTL Arabic text).
In Adobe Illustrator, correct Arabic text composition requires the MENA (Middle East and North Africa) edition — the standard Western edition does not handle Arabic RTL text direction, ligature formation, or contextual glyph shaping correctly. Artwork for UAE and GCC markets with Arabic text must be produced in Illustrator MENA edition (or Adobe InDesign MENA edition for multi-page documents).
Contextual glyph shaping:
Arabic letters change their visual form depending on their position within a word — beginning, middle, or end of a word, or isolated. A standard Arabic font contains four contextual forms for each letter, and the design application must select the correct form based on each letter’s position. This contextual selection is automatic in Arabic-capable applications — but incorrect in applications that do not support Arabic text composition, which simply display the isolated form of each letter rather than the contextually correct form.
The result of incorrect glyph shaping is Arabic text where the letters do not connect correctly — each letter appears in its isolated form, producing text that is technically readable by very experienced readers but appears broken and unprofessional. Arabic-reading recipients immediately recognise incorrectly composed Arabic text and associate it with lack of care.
Ligatures:
Arabic requires mandatory ligatures — specific combinations of consecutive letters that must be rendered as joined, single glyph forms rather than as two separate letters. The lam-alef ligature (ل + ا = لا) is the most commonly encountered mandatory Arabic ligature. In Arabic-capable applications, mandatory ligatures are applied automatically. In non-Arabic-capable applications, the letters appear as separate, incorrectly spaced glyphs.
Arabic font selection for print:
For UAE and GCC corporate print, the following Arabic font categories are most commonly used:
Formal institutional fonts: Used by government entities, financial institutions, and formal corporate communications. Examples: Simplified Arabic, Traditional Arabic, Adobe Arabic. Characterised by relatively conservative letterform geometry that reproduces reliably across all print methods.
Modern corporate fonts: Contemporary Arabic typefaces designed for corporate brand use with matching Latin companion fonts. Examples: Neo Sans Arabic, Tajawal, Cairo, Lateef. Increasingly popular for UAE multinational brand identities requiring visual harmony between Arabic and Latin typesetting.
Calligraphic display fonts: Used for headings, brand statements, and premium identity applications. Examples: Diwani, Thuluth, Naskh display variants. These fonts have fine stroke variation and calligraphic detail that requires careful evaluation for small-scale print applications — fine stroke weights may fall below minimum feature sizes for some production methods.
Arabic type size for bilingual documents:
In bilingual Arabic-English print documents, Arabic and Latin type are not directly size-equivalent — the apparent size of Arabic text at a given point size differs from the apparent size of Latin text at the same point size, because the Arabic script occupies more of the total em-square than typical Latin letterforms. Generally, Arabic body text set at the same nominal point size as Latin body text appears slightly smaller in perceived scale. Many bilingual document standards set Arabic body text at 1–2pt larger than the companion Latin body text to achieve visual equivalence.
Font Licensing for Corporate Print
Font licensing is a legal and operational consideration that is frequently overlooked in UAE corporate print and branding production — but which creates genuine legal exposure when fonts are used outside the terms of their licenses.
How font licensing works:
Commercial fonts are licensed — not purchased. When a designer or organisation buys a font, they acquire a license to use the font software within the scope defined by the license. Most commercial font licenses define:
- The number of users who may have the font installed (desktop license, typically 1–5 users per license tier)
- The permitted uses (print use, web use, app embedding, broadcast use — each may require a separate license)
- Embedding permissions (whether the font may be embedded in PDFs for distribution)
- Modification permissions (whether the font may be modified or used as a base for derived works)
Common font licensing scenarios in UAE corporate production:
Scenario 1 — Brand typeface without a desktop license: An organisation has a custom brand typeface used in their brand guidelines. The brand typeface is licensed to the design agency that created the guidelines — but the marketing team and production suppliers do not have the typeface licensed on their own systems. When artwork is submitted with live text in this typeface to a production facility that does not have it installed, font substitution occurs. This is both a technical problem (substitution) and a licensing problem (the production facility using the font without a license, even to open the file).
Solution: All organisations should confirm that their core brand typefaces are licensed for use by all parties who work with the brand — marketing team, production suppliers, external agencies. Alternatively, all artwork using the brand typeface should be submitted as outlined text (eliminating the font file requirement for production systems).
Scenario 2 — Free font with print restrictions: Some fonts available at zero cost on platforms like Google Fonts or DaFont have open licenses (SIL Open Font License, Apache License) that explicitly permit print use and embedding. Others have restricted licenses that prohibit commercial or print use. Always confirm the license terms of any free font used in corporate print production.
Scenario 3 — Web font used in print: Fonts licensed as web fonts (for use as CSS web fonts on websites) typically do not include print rights. Using a web font license for print production is a license violation even if the font technically works in the design application.
Practical guidance for UAE organisations:
For all core brand typefaces used in commercial print production:
- Confirm the license includes print use for all users who will work with the artwork
- Confirm the license permits PDF embedding
- For production suppliers, specify that all submitted artwork has fonts outlined or embedded — eliminating the supplier’s need to have the font installed
Production Considerations
Font management across a multi-supplier programme:
Large UAE corporate programmes — Ramadan gifting, UAE National Day merchandise, conference apparel — involve multiple production suppliers: an offset print facility for stationery, a screen printing facility for apparel, an embroidery facility for polo shirts, a laser engraving facility for premium gifts. Each supplier uses different software and has different fonts installed.
The most reliable approach for multi-supplier font management is outlining all text in all artwork files before distribution to any supplier. This converts the font question from a per-supplier management challenge into a one-time design action: outline once, distribute to all suppliers without font dependency risk.
Maintaining the live-text design archive:
For organisations with active brand programmes that produce new and updated print materials regularly, maintaining a properly organised live-text archive is as important as the outlined submission files. The live-text archive should contain:
- The current brand typeface files — all required fonts installed and licensed
- The master design files with live text (Illustrator AI or InDesign INDD) for all major brand templates
- Version control documentation showing the current approved version of each template
Without a managed live-text archive, every design revision requires the designer to re-source fonts and rebuild elements from scratch — significantly slowing the production cycle for ongoing brand programmes.
Variable data typography for personalised production:
For laser-engraved personalised programmes (recipient names), the font specified for the variable text must be available on the laser engraving production system. If a custom brand typeface is specified for recipient names, the font must be either licensed on the production system, provided to the production facility with appropriate licensing, or substituted with a production-system-standard font that is visually compatible with the brand identity.
For Arabic variable data (recipient names in Arabic), the specified Arabic font must be available in the production software that manages the variable data merge — LightBurn, EzCad, or equivalent laser engraving software. Confirm Arabic variable data font compatibility with your laser engraving supplier before finalising the programme specification.
Font rendering in embroidery:
Embroidery digitising software converts vector paths — not font-dependent text — into stitch programmes. All text in embroidery artwork must be outlined before the digitiser can work with it. Font licensing is not directly relevant to embroidery production (the outlined text requires no font file), but the minimum size requirements for embroidered text are significantly larger than for any print method — a design element that reads perfectly as 6pt type in an offset-printed business card requires a minimum of 8mm height to embroider legibly.
Common Font Mistakes to Avoid
Submitting artwork with live fonts instead of outlined text: The most common font mistake in UAE corporate production. Live text in a submitted AI or EPS file will substitute on any system that does not have the font installed — producing incorrect letterforms, reflow, and brand identity failure. Outline all text in all AI and EPS files before any submission to any production supplier.
Using the wrong weight for small-scale applications: A light-weight (300) version of a sans-serif typeface at 6pt on a screen-printed garment will have strokes that are too fine for the minimum reproducible feature size of the screen printing process. A bold (700) weight of the same typeface at the same point size will reproduce cleanly. For any application with text below 8pt at print size, use a bold or medium-bold weight rather than a light or regular weight.
Setting Arabic text in a non-Arabic-capable application: This produces Arabic text with incorrect glyph shaping, broken connecting strokes, and incorrect letter forms — immediately recognisable as wrong to any Arabic reader. All Arabic text for UAE and GCC print production must be set in Illustrator MENA or InDesign MENA edition. This is non-negotiable.
Outlining text before final proofreading: After outlining, text cannot be edited. Any typos, incorrect names, outdated information, or wrong Pantone references in text form must be corrected before outlining. A business card with a typo in the phone number that was outlined before the final proofread cannot be corrected without rebuilding the design from the live-text backup. Always complete content approval and proofreading — including Arabic text review by a native speaker — before outlining.
Using system fonts for brand typography: System fonts (Arial, Times New Roman, Calibri, default system Arabic fonts) are present on all production systems — but they are not brand typefaces. Using system fonts for corporate print materials produces generic, undistinctive typography that does not represent the brand’s typographic identity. For any premium print application (executive gifts, premium stationery, Ramadan packaging), use the correct licensed brand typeface — outlined before production submission.
Not confirming font embedding in exported PDFs: A PDF exported from InDesign without confirming font embedding status may contain unembedded fonts — despite the common assumption that “PDF means fonts are embedded.” Verify embedding status in Acrobat (File → Properties → Fonts) before submitting any PDF for print production. Any font listed without “Embedded Subset” requires re-export with correct font embedding settings.
Regional Insights — UAE, GCC and Africa
UAE: The UAE’s dual-language corporate environment creates a unique typography challenge: the simultaneous management of Latin brand typefaces (for English text) and Arabic typefaces (for Arabic text) within a single brand identity system.
Most major UAE corporate organisations — financial institutions, government entities, hospitality groups, airlines — have formal bilingual brand identities with specific paired Arabic and Latin typefaces specified in their brand guidelines. The Arabic typeface is typically selected to visually harmonise with the Latin typeface in weight, proportion, and spirit — a modern geometric Latin paired with a modern geometric Arabic, for example, or a classic transitional Latin paired with a classical Arabic.
Managing these paired typefaces correctly through commercial print production requires:
- Both the Latin and Arabic typeface families licensed for all design and production users
- Both typefaces outlined before submission to any production supplier
- Arabic text reviewed by a native Arabic speaker at final proofreading before outlining
- Specific attention to the relative size calibration between Arabic and Latin text in bilingual layouts — ensuring visual equivalence at the specified size relationship
The most common typography failure in UAE bilingual print production is Arabic text produced in a non-MENA design application — where the Arabic letterforms appear technically present but are incorrectly shaped due to lack of proper Arabic text rendering. This error is immediately visible to Arabic-reading recipients and is among the most brand-damaging typography failures in the UAE corporate print context.
Saudi Arabia: Saudi Arabia’s institutional print typography is characterised by more formal Arabic calligraphic standards than the UAE’s more contemporary commercial orientation. Saudi government entities, large financial institutions, and established corporations use formal Arabic display typefaces — often based on classical Naskh or Ruqaa styles — that have more complex stroke weight variation than contemporary Arabic corporate typefaces.
These formal calligraphic fonts require particular care in prepress — their fine strokes must be evaluated against minimum feature sizes for each production method, and their complex ligature systems require Arabic-capable applications for correct composition. For Saudi institutional clients, font approval at the brand identity level (confirming the correct licensed version of the institution’s official typeface) is a critical step before any production begins.
Africa: In South Africa’s commercial print market, Latin typeface management follows the same standards as the UAE — outlining for AI/EPS submission, embedding for PDF/X. The main distinction is that South Africa’s major commercial print market does not have the bilingual Arabic-English typography complexity of the UAE and GCC. For pan-African programmes managed from UAE with Arabic text requirements for GCC distribution, the Arabic typography workflow must be fully UAE-compliant — even if the majority of the programme’s distribution is to African markets where Arabic text requirements do not apply.
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Case Study: Arabic Font Failure — UAE Government Entity Annual Report
Organisation: The communications team of a UAE Federal regulatory authority
Brief: 5,000 copies of the authority’s annual report — a 72-page A4 document, bilingual Arabic-English, printed in full colour on 130 GSM gloss art paper, with a 4mm board cover with spot UV varnish
Artwork: Produced by an international design agency with offices in Dubai and London — the London design team handled the majority of the layout production
The typography failure:
The annual report layout was produced in Adobe InDesign — but in the Western edition of InDesign, not the MENA edition. The Arabic body copy and section headings throughout the document were set by the London team by copying Arabic text supplied by the authority’s Arabic communications officer into the Western InDesign text frames.
The Western InDesign edition does not support correct Arabic text composition. The result was Arabic text where:
- Letter-to-letter connections were broken — letters that should connect at the word level appeared as isolated forms
- The lam-alef mandatory ligature was not applied — the two letters appeared as separate glyphs with incorrect spacing
- Line breaks occurred at incorrect positions — mid-word breaks appeared at points that made no linguistic sense
- Numbers embedded in Arabic text were positioned in left-to-right order rather than integrating correctly with the RTL Arabic text flow
These errors were not visible to the London design team, who could not read Arabic. They were not caught in the authority’s internal review because the communications officer reviewing the Arabic content was shown a PDF soft proof on screen — where the rendering appeared acceptable due to the PDF rendering engine applying some post-hoc correction to the display.
The errors were discovered after delivery of the first print proof (a physical proof printed at the production facility). The authority’s Arabic communications director reviewed the physical proof and identified the composition failures within minutes of receiving it.
Resolution:
The document was restructured in Adobe InDesign MENA edition. All Arabic text was re-entered in the MENA edition’s RTL text frames. The Arabic body copy, headings, captions, and infographic labels were re-typeset with correct RTL composition. The re-typesetting exercise required 8 working days.
The corrected proof was reproduced, reviewed, and approved. The corrected production was completed within the revised timeline, with the original delivery date missed by 12 working days.
Cost of the failure:
- Production delay: 12 working days
- Re-typesetting cost: Paid to the design agency for the corrective work
- Second proof production cost: Additional press proof on premium coated board
- Reputational cost: The authority’s Arabic communications director explicitly noted that the original Western InDesign output reflected poorly on the agency’s claimed bilingual production capability
Key lesson: Any design agency producing Arabic-language content for UAE and GCC clients must use Arabic-capable design applications (Illustrator MENA or InDesign MENA edition) for all Arabic text composition — not Western editions. This is not a preference — it is a technical requirement for correct Arabic letterform rendering. Verify at the agency briefing stage that the production team has access to and uses MENA edition applications. Request a small Arabic text sample proof before commissioning a large-volume bilingual print project.
Frequently Asked Questions About Font Guidelines For Print Branding
Q: What does “outline your fonts” mean in print production?
Outlining fonts converts every text character from a live, editable, font-dependent element into a fixed vector path shape — the letterform becomes a closed vector shape that renders identically on any system regardless of font availability. The text can no longer be edited as text, but it eliminates font substitution risk entirely. In Adobe Illustrator: Select All → Type → Create Outlines. Always retain a live-text backup file for future editing.
Q: Can I submit a PDF without outlining fonts?
Yes — if fonts are embedded in the PDF (all fonts listed as “Embedded Subset” in Acrobat’s Font Properties). PDF/X-1a and PDF/X-4 export from InDesign or Illustrator embeds all fonts automatically. The embedded font data allows production systems to render the text correctly without having the font installed. For AI and EPS files (not PDF), outlining is required — these formats do not embed fonts in the same way.
Q: What happens if I forget to outline Arabic fonts?
Arabic live text in a file submitted to a system without the same Arabic font installed will be substituted with the system’s default Arabic font — which may have different glyph shaping standards, different weight characteristics, and different letterform character from the intended typeface. Arabic font substitution is particularly damaging because different Arabic fonts have significantly different letterform character — the substituted font may produce a visually and linguistically different result from the original design intent.
Q: What is the minimum font size for embroidery?
The minimum font size for legible embroidery is 6mm cap height (measured from the baseline to the top of capital letters) in a simple bold sans-serif typeface. For most corporate typefaces, 8mm is the recommended minimum. Arabic calligraphic text requires 8–10mm minimum due to the fine connecting strokes of classical Arabic scripts. Below these minimums, thread width relative to letter scale causes letter counters and fine strokes to fill in or disappear, producing illegible embroidery.
Q: Does font licensing matter for print production?
Yes — commercial fonts are licensed, not purchased, and the license defines permitted uses. Most commercial fonts include print use in their standard desktop license, but web font licenses do not include print rights. Custom or restricted brand typefaces may require explicit licensing for all production suppliers who work with the artwork. For organisations using standard commercial fonts from major foundries, print use is typically covered under the desktop license. Always confirm licensing for any font used in commercial print production, particularly for high-volume or public-distribution print programmes.
Q: How do I check if fonts are embedded in my PDF?
Open the PDF in Adobe Acrobat Reader or Acrobat Pro. Navigate to File → Properties → Fonts tab. All fonts used in the document are listed. Each font should show “Embedded Subset” in the Type column. If any font shows without “Embedded Subset” status, it is not embedded and may substitute on production systems that do not have it installed. Re-export the PDF using PDF/X-1a or PDF/X-4 settings to correct the embedding.