Color Accuracy Guide

Achieve accurate, predictable colors in print

Understanding the Challenge

The fundamental problem: Your screen uses light (RGB), printers use ink (CMYK). They can’t show the same colors.

Critical Truth: Your screen will NEVER show exact print colors. Accept this, plan for it, work with it.

Why Colors Shift

The RGB/CMYK Gap

RGB (Screen)

How it works: Additive color (adds light)

Colors: Red + Green + Blue light

Gamut: Wide range of colors

Brightest: Pure light = very bright colors

Example: Neon blues, bright greens, vivid oranges

Your monitor: Shows RGB

CMYK (Print)

How it works: Subtractive color (absorbs light)

Inks: Cyan + Magenta + Yellow + Black

Gamut: Narrower range

Limitation: Can’t recreate brightest RGB colors

Example: Bright blue → Becomes duller in print

Your printer: Uses CMYK

The Gap

Visual representation:

RGB Gamut (what you see):
┌────────────────────┐
│   Wider range      │
│  ┌──────────────┐  │ ← These colors
│  │ CMYK Gamut   │  │   can't be printed!
│  │              │  │
│  └──────────────┘  │
└────────────────────┘

Result: Some screen colors impossible to print

Shift amount: Varies by color

• Blues: Significant shift
• Greens: Moderate shift
• Reds: Slight shift
• Neutrals: Minimal shift

Other Factors

Monitor Calibration

Your monitor may be:

• Too bright
• Too saturated
• Wrong color temperature
• Not calibrated

Result: You see incorrect colors

Impact: Design looks different than reality

Solution: Monitor calibration (if serious about color)

Paper Type

Different papers = Different results:

Coated (glossy/matte):

• Brighter colors
• Less ink absorption
• More vibrant

Uncoated (natural):

• Duller colors
• More ink absorption
• Softer appearance

Same ink, different paper = Different color

Match: ICC profile to paper type

Lighting Conditions

Viewing conditions matter:

Daylight: Colors appear different Fluorescent: Cool, blue-ish cast Incandescent: Warm, yellow-ish cast LED: Varies by bulb

Standard: D50 or D65 viewing booth (pro use)

Practical: View in same lighting as final use

Ink & Press Variation

Variables:

• Printer calibration
• Ink batch
• Press operator
• Humidity, temperature

Result: Slight variation run-to-run

Normal: ±5% color variation

Critical work: Use spot colors (Pantone)

Strategies for Color Accuracy

Strategy 1: Design CMYK-Friendly

1. Know Problem Colors

   Avoid or adjust:

   Very difficult to print:

   • Neon/fluorescent colors
   • Bright electric blue (RGB 0,100,255)
   • Vivid lime green (RGB 0,255,0)
   • Intense orange (RGB 255,100,0)

   Why: Outside CMYK gamut

   Solution: Use more muted versions or spot colors

2. Use CMYK Color Picker

   In Figma: Use HEX/RGB but think CMYK

   External tools:

   • Adobe Color
   • Coolors.co (CMYK mode)
   • Pantone Color Finder

   Pick colors: Within CMYK gamut

   Result: Less shift when converting

3. Test Early

   Don’t wait until final:

   1. Design in RGB
   2. Convert to CMYK early (Printery preview)
   3. See how colors shift
   4. Adjust if needed
   5. Continue designing

   Benefit: No surprises at end

4. Embrace Limitations

   Accept: Print won’t be as vibrant as screen

   Design for print: Not screen

   Tip: Design in slightly higher saturation

   • Accounts for CMYK dulling
   • But don’t go extreme

   Balance: Between screen and print reality

Strategy 2: Use Correct ICC Profile

Ask Your Printer

Best source: Your chosen print shop

Question: “What ICC profile should I use?”

They’ll specify:

• Profile name (e.g., ISO Coated v2)
• Or provide custom .icc file

Use exactly: What they recommend

✅ Most reliable approach

Standard Profiles

If printer doesn’t specify:

Europe/Global: ISO Coated v2 300%

• Works ~90% of the time
• Industry standard

USA: US Web Coated (SWOP) v2

• American standard
• Magazines, commercial

Uncoated paper: PSO Uncoated ISO 12647

• For natural stock

See: ICC Profiles Guide

Custom Profiles

When provided:

• Specialty printer
• Unique substrate
• Color-critical work

Upload to Printery (Pro):

1. Get .icc file from printer
2. Color tab → Upload Custom Profile
3. Select from dropdown

Most accurate: For that specific press

Strategy 3: Use Pantone for Critical Colors

When to Use Spot Colors

Brand colors: Logo, brand identity

Out-of-gamut colors: Bright colors CMYK can’t match

Consistency: Same color every time

Example:

Logo: Pantone 2925 C (brand blue)
vs.
CMYK approximation: C100 M50 Y0 K0 (close but varies)

Cost: Additional plate, but worth it

See: Spot Colors Guide

How to Specify

Get Pantone number from:

• Brand guidelines
• Physical Pantone book
• Pantone.com color finder

Example: “Pantone 185 C” (Coca-Cola red)

Specify:

• Coated (C) for glossy paper
• Uncoated (U) for matte paper

Important: C and U are different colors!

Add to Design

In Printery:

1. Color tab → Add Spot Color
2. Enter Pantone number or choose from library
3. Map to RGB color in design
4. Export includes spot color plate

Result: Exact color match, every time

Pro feature: Requires Pro subscription

Strategy 4: Order Physical Proofs

1. Why Physical Proofs Matter

   Screen preview: Approximate at best

   Physical proof: Truth

   Shows:

   • Actual printed colors
   • Paper texture effect
   • Finish (gloss/matte)
   • Quality

   Cost: $10-100 depending on project

   Worth it: Prevents $1000+ mistakes

2. Types of Proofs

   Digital proof (free):

   • PDF review on screen
   • Checks layout, text
   • Color NOT accurate

   Inkjet proof ($10-30):

   • Desktop inkjet printer
   • Somewhat close to final
   • Different inks/paper

   Press proof ($50-200):

   • Actual press, actual paper
   • Most accurate
   • Expensive but exact

   Online services ($20-50):

   • Many printers offer proof option
   • Good middle ground
3. What to Check

   When proof arrives:

   Colors:

   • Close to expectations?
   • Acceptable shifts?
   • Any surprises?

   Quality:

   • Text sharp?
   • Images clear?
   • No defects?

   Layout:

   • Everything positioned correctly?
   • Nothing cut off?
   • Bleed adequate?

   Approve or Adjust: Based on proof

4. Making Adjustments

   If colors off:

   1. Note which colors need adjustment
   2. Adjust in Figma (more/less saturation)
   3. Re-export
   4. Order new proof
   5. Repeat until satisfied

   Common adjustments:

   • Blues: Often need more saturation in design
   • Reds: Usually close, minor tweaks
   • Greens: May need adjustment
   • Black: Check if rich black needed

Strategy 5: Soft Proofing

What is Soft Proofing?

Definition: Simulating print colors on screen

How: Using ICC profiles + software

Tools:

• Adobe Acrobat Pro
• Adobe Photoshop
• Some other apps

Limitation: Still screen, not perfect

Benefit: Better than nothing

In Adobe Acrobat

Steps:

1. Open PDF in Acrobat Pro
2. View → Proof Setup → Custom
3. Select ICC profile (e.g., ISO Coated v2)
4. Enable “Simulate Paper Color”
5. View changes

What you see: Approximation of CMYK result

More realistic: Than straight RGB view

Still approximate: Monitor limitations apply

In Printery

Preview feature (if available):

• Color tab → Preview CMYK
• Side-by-side comparison
• Shows expected shift

Helps: Identify major issues early

Use: Before exporting final PDF

Monitor Calibration

For Serious Color Work

Why Calibrate?

Uncalibrated monitors:

• Too bright/dark
• Wrong colors
• Inconsistent

Result: Designing blind

Calibrated monitor:

• Accurate colors
• Correct brightness
• Industry standard

Impact: Design what you intend

Calibration Tools

Hardware calibrators (recommended):

• X-Rite i1Display Pro ($200-300)
• Datacolor SpyderX ($150-250)
• X-Rite ColorMunki ($100-200)

How they work:

• Sensor measures screen output
• Software creates profile
• Corrects monitor colors

Frequency: Monthly or quarterly

Worth it: For professional work

Manual Calibration

Free but less accurate:

Steps:

1. Let monitor warm up (30 min)
2. Set brightness: ~120 cd/m²
3. Adjust color temperature: 6500K (D65)
4. Use system calibration:
   • Mac: System Preferences → Displays → Color → Calibrate
   • Windows: Display settings → Calibrate

Limitation: Subjective, not precise

Better than: Nothing

Viewing Conditions

For accurate assessment:

Lighting:

• Neutral (not colored)
• Consistent brightness
• Avoid glare on screen

Ideal: D50 viewing booth (pro studios)

Practical: Controlled office lighting

Avoid: Direct sunlight, colored walls

Common Color Issues & Solutions

Issue 1: Blues Too Dull

Problem: Bright blue on screen → Muddy blue in print

Why: Blue is outside CMYK gamut

Solutions:

1. Accept: Some dulling is inevitable
2. Design with duller blue: Closer to CMYK limit
3. Use Pantone: Exact blue (Pantone 2925 C, etc.)
4. Increase saturation in design: Compensate for loss

Test: Convert to CMYK preview early

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Issue 2: Colors Look Different Per Print Run

Problem: First batch different from second batch

Why: Ink variation, press calibration, humidity

Normal: ±5% variation is industry standard

Solutions:

1. Accept variation: If minor
2. Use Pantone: More consistent
3. Specify tolerance: With printer (+/- range)
4. Order extra: First run, avoid re-orders

Critical work: Spot colors only

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Issue 3: Black Looks Weak

Problem: Black not deep enough

Why: Using pure black (K100 only)

Solutions:

1. Use rich black: C60 M40 Y40 K100
2. Printery: Auto rich black setting
3. Specify: Rich black for large areas

When to use:

• Backgrounds: Rich black
• Text: Pure black (K100)

See: Black Handling Guide

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Issue 4: Gradients Have Banding

Problem: Smooth gradient on screen → Visible steps in print

Why:

• Not enough color steps
• Compression too high
• Short gradient distance

Solutions:

1. Longer gradients: More space = smoother
2. More color steps: Increase DPI
3. Lower compression: 95% vs 85%
4. Add noise: 1-2% noise masks banding
5. Use spot varnish: Overlay gloss effect

Test: Physical proof before bulk

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Issue 5: White Looks Cream/Yellow

Problem: White background prints yellowish

Why:

• Paper natural color (not pure white)
• Uncoated paper (more yellow)
• Lighting conditions

Solutions:

1. Choose brighter paper: Premium white stock
2. Coated vs uncoated: Coated whiter
3. Design choice: Embrace natural paper tone
4. White ink: Special (rare, expensive)

Reality: Paper white ≠ screen white

Color Matching Workflow

Professional Approach

1. 1. Design Phase

   • Design in RGB (easier)
   • Use brand colors (get Pantone if critical)
   • Avoid problem colors (neon, bright blue)
   • Check CMYK preview periodically
2. 2. Pre-Flight

   • Convert to CMYK (Printery)
   • Review color shifts
   • Adjust if needed
   • Use correct ICC profile
3. 3. Export

   • Configure settings:
     • CMYK: Yes
     • ICC Profile: Correct one
     • Rendering Intent: Relative Colorimetric
     • Black: Automatic
   • Add spot colors if needed
   • Export PDF
4. 4. Soft Proof

   • Open PDF in Acrobat
   • Enable CMYK proof setup
   • Review appearance
   • Check for major issues
5. 5. Order Physical Proof

   • Submit to printer
   • Request proof
   • Wait for arrival
   • Review in person
6. 6. Evaluate Proof

   • View in good lighting
   • Compare to expectations
   • Check all colors
   • Note any adjustments needed
7. 7. Adjust (if needed)

   • Return to Figma
   • Make color corrections
   • Re-export PDF
   • Order new proof
   • Repeat until satisfied
8. 8. Approve Production

   • Colors acceptable ✓
   • Quality good ✓
   • Give final approval
   • Production begins

Realistic Expectations

What to Expect

Normal color shift:

• Blues: 10-20% duller
• Greens: 5-15% duller
• Reds: 5-10% shift
• Neutrals: Minimal change

Acceptable:

• Slight overall dulling
• Some vibrance loss
• Paper texture showing through
• Minor variation batch-to-batch

Not acceptable:

• Completely wrong colors
• Extreme shifts
• Unpredictable results
• Major quality issues

When to complain: If results drastically different from proof

Setting Client Expectations

Communicate early:

• “Print won’t match screen exactly”
• “Some colors will be less vibrant”
• “Physical proof recommended”

Show examples: Previous work, samples

Manage expectations: Prevent disappointment

Proof approval: Client signs off on physical sample

Color Accuracy Checklist

Before finalizing:

• Correct ICC profile selected: Matches printer/paper
• CMYK conversion enabled: Not staying RGB
• Rendering intent set: Relative Colorimetric (usually)
• Spot colors added: For critical brand colors
• Black handling configured: Rich black for areas, K100 for text
• Soft proof reviewed: Checked CMYK preview
• Physical proof ordered: Before bulk production
• Colors approved: In-person review of proof
• Client expectations set: Understands print ≠ screen
• Variations acceptable: ±5% tolerance agreed

Quick Reference

Color Shift Severity

Color	Typical Shift	Recommendation
Bright Blue	High (10-20% duller)	Use Pantone or accept shift
Lime Green	High (15-20% duller)	Use Pantone or adjust
Neon Orange	Very High	Use Pantone (can’t match CMYK)
Red	Low-Medium (5-10%)	CMYK usually OK
Purple	Medium (8-15%)	Test, may need Pantone
Yellow	Low (< 5%)	CMYK works well
Cyan	Low (< 5%)	CMYK works well
Magenta	Low-Medium (5-8%)	CMYK usually OK
Black	Minimal (if rich black)	Use rich black for areas
Grays/Neutrals	Minimal	CMYK works well

Learn More

ICC Profiles

Choose the right profile

Spot Colors

Pantone for brand accuracy

RGB vs CMYK

Deep dive into color models

Black Handling

Pure vs rich black

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Reality Check: Perfect color matching is impossible. Good color matching is achievable. Great color matching requires effort, knowledge, and proofs. Set realistic expectations!