How to Prepare Artwork for Banners and Large Signboards
Correct banner and signboard artwork starts with the finished product—not merely the visible design. Final size, viewing distance, material, finishing, bleed, safe areas, eyelets, panel joins, frames, drilling positions, resolution, colour and file export must all be confirmed before printing.
Quick Answer
Prepare the document at the exact finished size or at a clearly stated proportion such as 50%, 25% or 10%. Use the printer’s product template whenever one is available.
Extend background colours and images into the required bleed area. Keep logos, text, faces, QR codes and contact details inside the safe area and away from hems, eyelets, pole pockets, frame edges, panel joins and drilling positions.
Keep logos, text and simple graphics as vectors. Check photographs at their effective resolution at final printed size, not only at the smaller design size.
Supply a print-ready PDF using the printer’s preferred export settings. Include the final dimensions, artwork scale, material, finishing, quantity, viewing direction and a small visual preview with the order.
Information Needed Before Starting the Artwork
Banner and signboard artwork should not be finalised until the complete production specification is known.
Finished Size
Confirm width, height, units, orientation and whether the measurements refer to the visible graphic or complete product.
Finishing
Confirm eyelets, hems, pole pockets, welding, sewing, frame returns, drilling, mounting or panel joins.
Material and Printing
Confirm banner, fabric, sticker, board, backlit film or another material and whether it is frontlit or illuminated.
Installation
Confirm indoor or outdoor use, viewing distance, mounting surface, frame, installation height and expected campaign period.
Provide the printer with:
- Final finished dimensions
- Quantity
- Material or intended application
- Single- or double-sided printing
- Inside- or outside-facing orientation
- Finishing requirements
- Installation method
- Normal viewing distance
- Required completion date
- Artwork scale
- Colour-sensitive requirements
Do not design using an assumed product size
Hardware, frame openings, pole pockets and visible areas can differ even when two products use a similar advertised size.
Set the Correct Final Size and Orientation
Confirm width before height
Large-format dimensions are easily reversed. State the measurements clearly as:
- Width × height
- Millimetres, centimetres, metres or inches
- Landscape or portrait orientation
- Finished size or visible size
Use one consistent unit
Do not mix millimetres, centimetres and metres within the same instruction without clear labels.
Check the document page size
The exported PDF page should match the intended artwork size or the stated reduced scale. Do not rely only on the file name.
Measure physical locations carefully
For an existing signboard, wall or frame, measure several positions. Buildings and frames may not be perfectly square.
Photograph the installation location
Site photographs help identify:
- Frames and borders
- Columns and obstructions
- Screws and brackets
- Doors and windows
- Lighting
- Viewing direction
- Existing panel divisions
Visible size may be smaller than the printed size
Frames, hems, pole pockets, wraps and fixing systems may hide part of the printed graphic.
Preparing Very Large Artwork at Scale
Extremely large artwork may exceed the document or PDF page-size limits of design software. It can therefore be prepared at a smaller proportional scale.
| Artwork Scale | Example Artwork Width | Final Printed Width | Enlargement at Production |
|---|---|---|---|
| 100% | 3000 mm | 3000 mm | No enlargement |
| 50% | 1500 mm | 3000 mm | Two times |
| 25% | 750 mm | 3000 mm | Four times |
| 10% | 300 mm | 3000 mm | Ten times |
Scale Formula
Final Size = Artwork Size ÷ Artwork ScaleFor 10% artwork, the scale is 0.10. A 300 mm artwork width therefore becomes 3000 mm at final size.
Scale every production allowance
Bleed, safe areas, panel overlaps, hems and pole-pocket allowances must be reduced by the same scale.
Scale image resolution correctly
Artwork prepared at 10% scale needs ten times the required final effective PPI. Read What Resolution Is Needed for Large-Format Printing? for the full calculation.
State the scale in several places
- File name
- Order notes
- Artwork slug or instruction area
- Email subject
- Visual preview
Never allow the printer to guess the scale
A correctly designed file can be produced at the wrong size when its scale and final dimensions are not clearly stated.
Understand Bleed, Trim Size and Safe Area
Extra printed area
Background colours and images extend beyond the final edge to prevent unwanted unprinted gaps after cutting or finishing.
Final product boundary
This is the intended finished edge after cutting, welding, sewing or mounting.
Protected content zone
Important text, logos and details remain inside this area so they are not trimmed, hidden or damaged by finishing.
Large-format bleed is product-specific
Do not assume that the standard bleed used for business cards is sufficient for:
- Banner hems
- Pole pockets
- Fabric sewing
- Signboard wrapping
- Wall-graphic trimming
- Frame returns
- Panel overlaps
Extend the actual background
Stretching only a border colour into the bleed may create visible changes at the edge. Continue the photograph, texture or background artwork naturally.
Safe area is not the same as bleed
Bleed extends outside the finished size. Safe area moves important content inward from the finished edge.
Use the printer’s template
Product templates should show final size, bleed, safe area and finishing zones. Request the template before completing the design.
How Finishing Changes the Artwork Layout
Large-format finishing may cover, fold, cut, sew, weld or puncture the printed material. Artwork must account for these production areas.
| Finishing Method | Artwork Risk | Preparation Requirement |
|---|---|---|
| Banner hem | Text or logos may be folded into the reinforced edge | Keep important content away from the hem zone |
| Eyelets or grommets | Eyelets can puncture important artwork | Keep text, QR codes and faces away from fixing positions |
| Pole pocket | A large section may wrap around the pole | Allow additional material and protect the visible design area |
| Fabric sewing | Stitching and tension can affect edge artwork | Include sewing allowance and safe margin |
| Board trimming | Minor cutting variation can expose unprinted edges | Extend backgrounds through the bleed |
| Panel wrapping | Artwork continues around edges and may become hidden | Include wrap allowance and avoid important content near returns |
| Frame insertion | The frame lip may cover part of the image | Confirm the visible opening and hidden frame area |
| Drilling or stand-offs | Holes may pass through logos or text | Mark approved hole positions and create a clear safe zone |
Do not add production markings without approval
Eyelet circles, drill holes, cut paths and fold lines should be included only when requested and should be placed on clearly named production layers.
Keep an artwork-only version
Save one clean editable file without printer-specific marks so the design can be adapted to another size or finishing method later.
Preparing Banner Artwork for Eyelets, Hems and Pole Pockets
Eyelets or grommets
Eyelets are normally installed through a reinforced hem or edge. Their position and spacing depend on the banner size, material and installation method.
Keep the following away from the eyelet zone:
- Phone numbers
- Website addresses
- QR codes
- Small logos
- Faces
- Fine borders
- Important product details
Banner hems
A hem folds or welds material at the edge for reinforcement. Artwork can continue through the hem, but critical content should remain inside the safe area.
Pole pockets
Pole pockets require substantially more material than a simple trim allowance. The visible design area may end before the pocket begins.
Rope and webbing reinforcement
Reinforcement can cover or distort artwork near the perimeter. Confirm whether the finished dimensions include the reinforced edge.
Do not place a thin decorative border close to a banner edge
Minor cutting, welding and tension differences can make the border appear uneven around the finished banner.
Preparing Artwork for Rigid Signboards
Rigid signboards may be printed directly or produced using printed sticker mounted onto a board. The artwork should account for the complete sign construction.
Confirm the board type
- Aluminium composite panel
- PVC foam board
- PP hollow board
- Acrylic
- Foam board for indoor use
- Existing metal panel
- Custom fabricated structure
These materials are compared in Foam Board vs PP Hollow Board vs PVC Board.
Confirm the visible opening
A frame may hide part of the panel. Design according to the visible opening rather than placing text directly against the complete board edge.
Drilling and mounting points
Request the confirmed hole or stand-off positions before placing artwork. Drilling positions may vary after site inspection.
Board joins
Large signs may require several panels. Keep important content away from the joins and confirm whether the panels overlap, butt together or sit within a frame.
Panel wrap
Sticker may wrap around the board edge. Continue the background through the return but keep logos and text on the front visible area.
Supply a dimensioned installation visual
A simple diagram showing panel sizes, order, joins, visible area and fixing positions reduces production ambiguity.
Design for the Normal Viewing Distance
A large sign does not automatically make small text readable. Typography, contrast and message length must suit the audience’s distance and movement.
Close-view graphics
Exhibition panels, menu boards and indoor posters may include more detail because viewers can approach them closely.
Medium-distance graphics
Roll-up banners, event backdrops and shop signs require stronger headings, simpler layouts and fewer supporting details.
Long-distance signs
Building banners and roadside signboards should prioritise:
- One main message
- Large business name
- Short headline
- Strong image
- High colour contrast
- Simple contact method
Design for available viewing time
A pedestrian may have more time to read than someone travelling in a vehicle. Avoid long paragraphs on roadside signs.
Position important content above obstructions
Tables, products, vehicles, crowds, plants and railings may hide the lower part of a banner or sign.
Review the artwork at a reduced visual size
When the design is recognisable as a small thumbnail, its hierarchy is more likely to remain clear from a distance.
Check Image Resolution at Final Printed Size
Photographs and raster images must contain enough pixels for their final placed dimensions.
Use effective PPI
Effective PPI is the resolution after an image has been enlarged or reduced inside the layout.
Large-format artwork does not always need 300 PPI
Required resolution depends on viewing distance, material, image detail and print application.
Common warning signs
- Images copied from websites
- Screenshots
- WhatsApp or social-media downloads
- Heavily cropped photographs
- Digital zoom
- Repeatedly saved JPEG files
- Artificially enlarged logos
Blur is different from low resolution
A file may contain many pixels but still appear poor because the original photograph is out of focus, affected by motion blur or heavily compressed.
Use the calculations in What Resolution Is Needed for Large-Format Printing? before approving enlarged images.
Keep Logos, Text and Shapes as Vector Artwork
Ideal for scalable artwork
- Logos
- Text
- Icons
- Diagrams
- Shapes
- Lines
- Cut paths
Required for pixel-based images
- Photographs
- Painted textures
- Complex image effects
- Scanned artwork
- Pixel illustrations
Vector artwork remains sharp when enlarged
AI, EPS, SVG and vector PDF logos are preferable to small PNG or JPEG files copied from a website.
A bitmap inside a PDF is still a bitmap
Saving a low-resolution JPEG as PDF does not convert it into vector artwork.
Image tracing requires checking
Automatic tracing can alter curves, letters, spacing and brand details. Compare the recreated logo with the approved original.
Keep cut paths separate
Where contour cutting is required, place the cut line on a clearly named spot-colour layer according to the printer’s workflow.
Prepare CMYK, RGB and Colour Profiles Correctly
CMYK is commonly used for print production
Many design files are prepared or converted into CMYK before printing. The exact conversion profile should match the printer’s workflow where colour accuracy is important.
RGB can contain colours outside the printable range
Bright screen colours, especially vivid blues, greens and oranges, may appear less intense after printing.
Do not convert repeatedly
Repeated RGB-to-CMYK and CMYK-to-RGB conversion can alter colour values and reduce image quality.
Spot colours
Pantone and other spot-colour references can help communicate a colour target, but digital large-format printing normally simulates the colour using available process inks.
Material affects colour
The same artwork can look different on:
- White vinyl
- Banner material
- Fabric
- Backlit film
- Matte board
- Gloss laminate
- Clear material
Read CMYK vs RGB for Printing for a more detailed explanation.
Screen colour is not a physical print proof
Monitor brightness, calibration, room lighting, printer, ink and material all affect the final appearance.
Prepare Black, Grey and White Artwork Carefully
Small black text
Small black text is commonly prepared using black-only artwork to reduce coloured registration or edge problems. Confirm the printer’s preferred setting.
Large black backgrounds
Large dark areas may use a printer-approved composite black build for greater visual depth. Do not use an assumed rich-black formula for every printing process.
Grey backgrounds
Grey made from several process colours can show colour shifts more easily. Discuss neutral-grey requirements when consistency is important.
White artwork
White artwork requires special attention on clear, coloured, metallic or transparent materials. White ink may need a separate production layer.
White is not automatically printed
On ordinary white material, white artwork normally represents the unprinted substrate. On clear or coloured material, an actual white-ink process may be required.
Name white-ink layers clearly
Distinguish white underbase, selective white, blockout white and decorative white according to the printer’s production instructions.
Fonts, Text and Minimum Detail
Use readable typography
Large-format designs normally benefit from simple typefaces, strong contrast and short messages.
Avoid extremely thin fonts
Fine strokes may become difficult to reproduce on textured banner, fabric, mesh or distant signage.
Embed or outline fonts
A print-ready PDF should contain correctly embedded fonts, or final approved text may be converted to outlines.
Keep an editable master
Save an editable copy before outlining text. Outlined wording is harder to correct and can no longer be spell-checked normally.
Check every language version
Chinese, Bahasa Malaysia, English and other language versions may use different line lengths and font support.
Avoid synthetic font styles
Use the actual bold, italic or condensed font file rather than relying on an artificial software effect.
Check spelling and contact information
Production artwork should be reviewed for:
- Phone numbers
- Email addresses
- Website addresses
- Dates
- Prices
- Addresses
- Product names
- QR-code destinations
Check Overprint, Transparency and Special Effects
White overprint
White objects accidentally set to overprint may disappear during production because white contributes no printing ink in a normal process-colour workflow.
Black overprint
Small black text may intentionally overprint in some workflows, while large black objects and special designs may require different settings.
Transparency
Drop shadows, opacity, blending modes, feathering and transparent images should be reviewed in the exported PDF.
Avoid unnecessary early flattening
Flattening can divide artwork and rasterise parts of a design. Use the printer’s preferred PDF standard and transparency workflow.
Use Output Preview
Review colour separations, overprint behaviour, spot colours and white objects before submitting the final PDF.
Do not rely only on the normal screen preview
Some overprint and separation problems become visible only when print-output simulation is enabled.
Prepare Panelled and Tiled Large-Format Artwork
Large signboards, murals, backdrops and building graphics may exceed the printer’s material width and require several panels.
Build the complete artwork first
Design the complete sign as one master composition before creating separate panels.
Keep important details away from joins
- Faces
- Small text
- QR codes
- Thin logos
- Product edges
- Straight architectural lines
Confirm the joining method
Panel production may use:
- Butt joins
- Overlaps
- Welded seams
- Sewn seams
- Frame divisions
- Separate board panels
Number every panel
Use a clear sequence such as left-to-right and top-to-bottom. Supply a small installation layout showing the order.
Keep colour processing consistent
All panels should be generated from the same master artwork and production settings. Separately edited panels may show visible colour or sharpening differences.
Let the printer divide the artwork where practical
The production team knows the printable width, overlap, finishing and installation requirements of the selected material.
Preparing Artwork for Backlit Signs and Lightboxes
Backlit graphics require additional attention because illumination can reveal defects that are less visible in a normal frontlit print.
Use stronger source images
Compression, noise, banding and uneven gradients may become more visible when light passes through the graphic.
Expect colour to change when illuminated
A print may look darker when unlit and brighter when illuminated. Material, ink density, light temperature and lightbox depth affect the final result.
Check gradient quality
Smooth skies, shadows and large colour transitions can show banding when the source file has insufficient tonal information.
Consider daytime and night-time appearance
A sign may need to look acceptable both when the lightbox is switched off and when it is illuminated.
Use physical testing for critical work
A printed sample viewed with similar lighting provides better guidance than a monitor preview alone.
Read Frontlit vs Backlit Printing for the complete comparison.
QR Codes, Barcodes and Small Details
Use vector QR codes
Vector SVG, EPS or PDF codes remain sharp when resized.
Maintain a quiet zone
Keep a clear blank area around the code. Do not place text, borders or images directly against it.
Use strong contrast
Dark code modules on a solid light background normally scan more reliably than transparent or low-contrast artwork.
Avoid seams and finishing zones
Do not place QR codes over:
- Panel joins
- Banner folds
- Eyelets
- Pole pockets
- Perforated film holes
- Highly textured material
Design for scanning distance
A code on a large sign mounted high above the viewer may need to be substantially larger than a code on a tabletop display.
Test the final production PDF
Scan the exported PDF and test a physical sample using several phones before mass production.
Recommended File Formats
| Format | Best Use | Advantages | Important Considerations |
|---|---|---|---|
| Final print-ready artwork | Can preserve vectors, images, fonts, bleed and page size | Use the printer’s preferred PDF preset | |
| AI | Editable vector artwork | Suitable for logos, layouts and cut paths | Include linked images and fonts where permitted |
| EPS | Vector logos and legacy workflows | Widely supported for simple vector graphics | Transparency support is limited compared with modern PDF |
| TIFF | High-quality flattened images | Suitable for photographic raster artwork | File size may become very large |
| PSD | Editable raster artwork | Preserves layers, masks and transparency | Check linked objects, fonts and effects |
| JPEG | Photographs and previews | Compact and widely supported | Use high quality and avoid repeated resaving |
| PNG | Selected transparent graphics | Supports transparency | Often RGB and unsuitable for large text or logos when low resolution |
PDF is normally preferred for final production
A correctly prepared PDF reduces the risk of missing links, changed fonts and accidental layout movement.
Submit a visual preview
Include a small JPEG showing the intended appearance, orientation, panel order and any special finishing notes.
How to Export a Print-Ready PDF
- Check the page dimensions.
Confirm that the document matches the final size or clearly stated artwork scale. - Update all linked images.
Replace missing or modified links before export. - Resolve missing fonts.
Embed permitted fonts or outline approved final text. - Check effective image resolution.
Replace unsuitable photographs before creating the PDF. - Include the required bleed.
Use the printer’s specified product allowance. - Use the recommended colour settings.
Avoid unplanned profile conversion during export. - Select the printer’s PDF preset.
PDF/X-4 is commonly suitable when the production workflow supports live transparency. - Review the exported PDF.
Check page size, bleed, fonts, images, colours, transparency and overprint.
Do not add printer’s marks automatically
Crop marks, colour bars and registration marks should be included only when requested. The production workflow may add its own marks.
Check page boxes
The PDF should contain the correct trim and bleed boundaries where applicable.
Large documents may require scaled export
When the design exceeds the page-size capability of the software, export at a clearly documented proportional scale.
Open and inspect the final PDF
Do not approve the job based only on the editable file. Export settings can change images, transparency, colour and page boundaries.
Packaging Native Artwork for Handover
A print-ready PDF is normally sufficient, but the printer may request native files when corrections, panel division or special production layers are required.
An artwork package may contain:
- Editable AI or InDesign document
- Print-ready PDF
- Linked photographs
- Vector logos
- Permitted font files
- Cut or drill paths
- Low-resolution visual preview
- Production instructions
Check font licensing
Font software may have restrictions on copying or sharing. Outlining approved final text can avoid the need to transfer the font, but an editable master should remain with the designer.
Use clear file names
A useful naming structure includes:
- Customer or project name
- Product
- Final dimensions
- Scale
- Side or panel number
- Version
- Approval status
Example File Name
Company_EventBackdrop_6000x3000mm_Scale10pct_V05_APPROVED.pdfAvoid names such as “final-final-new.pdf”
Use numbered versions and identify the exact approved production file.
Proofing and Final Artwork Checking
Soft proof
Review the PDF on a suitable monitor for layout, spelling, image placement, panel joins and obvious colour issues.
Physical sample
A printed sample can help assess:
- Colour appearance
- Small text
- Image sharpness
- Material texture
- White ink
- Backlighting
- Lamination finish
A small proof may not reproduce every production condition
Printer model, print mode, material batch, panel size, lighting and finishing can influence the completed large-format job.
Check at expected viewing distance
A banner designed for a ten-metre viewing distance should be judged differently from a menu panel inspected from less than one metre.
Obtain written approval
Approval should confirm:
- Final artwork version
- Dimensions
- Quantity
- Material
- Finishing
- Panel order
- Spelling and contact details
Approve the artwork and production specification together
A visually correct design can still be produced incorrectly when material, finishing, orientation or scale is not confirmed.
Common Banner and Signboard Artwork Mistakes
Using the wrong finished size
Reversing width and height or confusing metres with millimetres can make the entire file unusable.
Not stating the artwork scale
A 10% file may be printed at one-tenth of the intended dimensions.
Using small-format bleed
Banner hems, pole pockets and panel wrapping may require substantially different allowances.
Placing text near eyelets
Grommets and reinforced hems can puncture or hide important information.
Using a website logo
Small PNG and JPEG logos commonly become pixelated when enlarged.
Rasterising the complete layout
Text and logos lose their scalable vector quality and may become unnecessarily soft.
Using too much small text
A large sign is often viewed from far away or for only a few seconds.
Putting a face across a panel join
Minor installation movement can make the face appear misaligned.
Ignoring white overprint
White objects set incorrectly may disappear from the final output.
Adding crop marks without instruction
Marks can interfere with the production file or appear inside the required bleed.
Using low-contrast QR codes
Transparent backgrounds, perforations, texture and insufficient clear space can reduce scanning reliability.
Approving only the editable design
The exported PDF may contain changed colour, missing elements, incorrect page boxes or transparency problems.
Practical Artwork-Preparation Workflow
- Confirm the product.
Identify banner, fabric backdrop, rigid board, wall graphic, lightbox or another large-format item. - Confirm final dimensions and orientation.
State width × height and the correct units. - Obtain the production template.
Check bleed, safe area, finishing and visible boundaries. - Choose full size or reduced scale.
Record the scale clearly before designing. - Design for the viewing distance.
Use suitable text size, contrast and message length. - Check images and vectors.
Review effective resolution and retain scalable logos and text. - Prepare colour and production layers.
Confirm CMYK, white ink, cut paths, drilling or other special requirements. - Run preflight and export the PDF.
Check links, fonts, bleed, overprint, transparency and page dimensions. - Review the exported file.
Inspect the actual production PDF and visual preview. - Obtain written approval.
Confirm artwork, material, size, quantity, finishing and required date.
What Image Magic Recommends
For standard banners
Use the supplied banner template, extend the background through the finishing area and keep important content away from hems and eyelets.
For pole-pocket banners
Confirm the pole diameter and pocket specification before designing. Treat the pocket as a production area rather than part of the main visible layout.
For rigid signboards
Supply the final board size, visible frame opening, panel divisions, drilling positions and installation visual.
For very large artwork
Prepare at a clearly documented proportional scale and increase image resolution according to the production enlargement.
For logos and contact details
Use vector artwork and keep important information inside a generous safe area.
For backlit signs
Use strong source images and consider a physical printed test because illumination can reveal banding and compression.
For colour-sensitive corporate work
Provide a colour reference and approve a material sample under suitable lighting before full production.
Important Artwork and Print-Production Note
Bleed, safe areas, finishing allowances, eyelet positions, panel overlaps and frame openings vary between products and production systems.
No universal bleed value should be applied to every banner, signboard, fabric display or wall graphic.
Large-format image resolution depends on final size, viewing distance, material, printing process and image detail.
Colours can vary between screens, printers, inks, materials, laminates, lighting conditions and production batches.
A monitor preview cannot guarantee an exact printed colour or final appearance.
Crop marks, cut paths, drill positions, white-ink layers and special spot colours should follow the printer’s confirmed production workflow.
Outdoor sign performance also depends on material, installation, weather, mounting and maintenance—not artwork preparation alone.
Frequently Asked Questions
1. Should banner artwork be prepared at full size?
Full-size artwork is convenient, but very large designs can be prepared at a clearly stated proportional scale.
2. Can I prepare large artwork at 10% scale?
Yes. State the scale clearly and ensure images contain ten times the required final effective PPI.
3. How much bleed does a banner need?
It depends on the material and finishing. Hems, pole pockets, welding and sewing may require different allowances, so use the printer’s template.
4. Should text extend into the banner hem?
No. Important text and logos should remain inside the safe area away from the reinforced edge.
5. Should I add eyelet circles to my artwork?
Only when the printer requests them. Eyelet positions may be added during production according to the finished banner specification.
6. What resolution is needed for banner artwork?
It depends on final size and viewing distance. Many large-format graphics use less than 300 PPI at final size.
7. What is the best format for banner printing?
A properly prepared print-ready PDF is commonly preferred because it can preserve dimensions, vectors, images, fonts and bleed.
8. Should I convert all fonts to outlines?
Approved final text may be outlined, but keep an editable master. Correctly embedded fonts may also be acceptable.
9. Should banner artwork be CMYK?
CMYK is commonly used for print production, but the preferred colour workflow and profile should be confirmed with the printer.
10. Should crop marks be included?
Add printer’s marks only when requested. The production workflow may generate its own marks.
11. Can a JPEG be used for a large signboard?
A high-quality JPEG may work for photographs, but logos and text should remain vector where possible.
12. Can a PDF still contain low-resolution images?
Yes. Saving a low-resolution image inside a PDF does not improve its detail or convert it into vector artwork.
13. Where should a QR code be placed?
Place it on a flat, solid, high-contrast area away from trims, eyelets, seams, folds and textured or perforated material.
14. How should artwork for several signboard panels be supplied?
Provide one complete master layout and a dimensioned panel diagram. Let the printer divide the panels where practical.
15. Why does the printed colour differ from my screen?
Screens emit RGB light, while prints use inks on physical materials. Monitor settings, profiles, ink, material and lighting affect colour.
16. What information is needed for an artwork check?
Provide final dimensions, scale, product, material, finishing, viewing distance, artwork file, installation details and required date.
Need Help Preparing Banner or Signboard Artwork?
Share the final dimensions, product type, material, finishing, artwork scale, viewing distance, installation photographs, artwork file and required date with the Image Magic Printing team. We will review the layout and advise whether adjustments are needed before production.
Request an Artwork and Printing Review



