Hang Tag Dieline Guide: Hole Position, Attachments and Sample Approval
Quick Answer
A production-ready hang tag dieline should do more than show a cut shape. It should identify the finished and flat size, trim and bleed, safe zone, hole center from fixed datums, hole diameter target, attachment or reinforcement reference, fold or score lines, barcode and finish keep-outs, file revision and the sample that has been approved for production. Avoid notes such as “hole at top center” or “use standard string.” Convert them into measurable, reviewable inputs that the supplier can confirm against the selected material and construction.
1. What a Production Dieline Must Control
A design file shows what the tag should look like. A production dieline must also show what the supplier is expected to cut, drill, reinforce, fold, finish, attach and approve. Files that look identical on screen can produce different results if those instructions are ambiguous.
Keep the dieline responsible for hang-tag-specific geometry. Use the print-ready artwork checklist for broader packaging preflight topics such as fonts, linked artwork, color spaces and general file preparation.
| Layer | Purpose | Production note |
|---|---|---|
| Artwork | Printed graphics and text | Separate print artwork from engineering marks. |
| Trim / Cut | Final cut shape | Use a clear name plus shape/revision ID. |
| Bleed | Artwork extending beyond trim | Use the supplier-approved bleed for the job. |
| Safe Zone | Protects critical text and codes from the cut edge | Keep critical content inside the approved safe area. |
| Hole | Hole center and diameter target | Dimension from fixed datums, not a visual “center.” |
| Score / Fold / Perforation | Panel-forming operations | Use separate non-printing lines. |
| Finishing | Foil, emboss, deboss or Spot UV areas | Identify them for registration/clearance review. |
| Notes / Revision | Attachment ID, version and approval notes | Keep notes non-printing and revision-specific. |
2. Start with Finished Size, Shape and Orientation
Before positioning a hole or a barcode, lock the physical size the buyer expects to receive. For a flat tag, the flat and finished sizes may be the same. For a folded tag, they are not. Record both so the supplier does not have to infer whether a dimension refers to the open sheet or the folded piece.
For rectangles, name width and height in a defined orientation. For custom shapes, add a shape/drawing ID and keep the approved cut path with the artwork. A product photo can confirm visual intent, but not replace measurable geometry. For commercial shape options, see custom die-cut hang tags and custom rectangular hang tags.
| Field | Buyer input | Why it matters |
|---|---|---|
| Flat size | W × H | Defines the open production geometry. |
| Finished size | W × H | Defines the size after folding or other structural operations. |
| Orientation | Portrait / landscape / approved drawing | Prevents width and height from being reversed. |
| Shape ID | Drawing or revision reference | Connects custom cut geometry to the approved file. |
| Front / back | Panel or side labels | Prevents artwork and attachment instructions from being mirrored or swapped. |
3. Build a Clear Layer Map
Keep production marks separate from printed artwork. Use clearly named non-printing layers for cut, hole, score, fold, perforation and finish references, following the supplier-approved naming convention.
For strongly die-cut shapes, bleed and safe-zone logic should follow the actual cut path. Keep critical logos and codes clear of that path, and extend edge artwork into the approved bleed. Confirm exact distances for the selected construction.
4. Dimension the Hole from Fixed Edges
“Top center,” “near the corner” and “same as last order” are weak production instructions. The safest handoff is a coordinate tied to fixed datums on the finished shape. A rectangular tag can use the finished left edge for X and the finished top edge for Y. An irregular die-cut tag may need a defined drawing origin or another stable datum.
| Field | Example input format | Control point |
|---|---|---|
| Datum X | Finished left edge / drawing origin | State exactly where X starts. |
| X coordinate | ___ mm | Dimension to the hole center. |
| Datum Y | Finished top edge / drawing origin | State exactly where Y starts. |
| Y coordinate | ___ mm | Dimension to the hole center. |
| Hole diameter target | ___ mm | Confirm against material, reinforcement and attachment. |
| Revision | Rev ___ | The coordinate must belong to the same approved revision as the cut shape. |
Do not copy one hole diameter or edge clearance across every hang tag. Usable geometry depends on material, caliper, cut shape, reinforcement/eyelet, attachment, handling and sample performance. For broader acceptance concepts, use the custom packaging tolerances guide, then confirm the hang-tag-specific dimensions for the approved construction.
| Input | Record | Supplier confirmation |
|---|---|---|
| Stock / caliper | Selected material and thickness | Confirm suitability around the hole. |
| Hole | Center coordinates + target diameter | Confirm manufacturability. |
| Reinforcement / eyelet | Reference, dimensions or approved sample | Confirm fit. |
| Attachment | ID, type and dimensions | Confirm compatibility/packing. |
| Review signal | Typical interpretation | Action |
|---|---|---|
| Comfortable material around hole | Away from narrow necks, corners, scores and perforations | Confirm and sample. |
| Tight geometry | Near a cut edge, finish, fold or narrow feature | Review before artwork freeze. |
| High-risk geometry | Narrow load path near corner, perforation, score or attachment | Validate the physical construction before release. |
5. Match the Hole, Reinforcement and Attachment
The hole is only one part of the attachment system. Identify the string, cord, ribbon, elastic, plastic loop, seal, pin or chain that connects to the tag. Components can be supplied or coordinated depending on project requirements, so the RFQ should define the intended part rather than assume a generic standard.
| Attachment | Inputs to provide | Approval note |
|---|---|---|
| String / cord | Material, color, diameter or reference, finished length, knot/lock, loose or pre-strung | Use a component ID/reference or approved sample. |
| Ribbon | Material, width, color, finished length, knot/lock, packing | Confirm fit with the hole/eyelet. |
| Elastic | Material, diameter/width, loop length, color, connection method | Confirm fit on the actual product. |
| Plastic loop / seal | Model or sample, length, color, lock type, packing | Reference the approved component. |
| Pin / chain | Material, color/finish, size, closure style, packing | Review load path/contact points. |
| Eyelet / reinforcement | Component reference, inside/outside dimensions if confirmed, material, finish/color | Confirm stock/hole/attachment compatibility. |
6. Reserve Keep-Out Zones for Codes and Finishes
A hang tag may place a barcode, QR code, SKU or price sticker near a hole, fold or finish. Treat them as competing production zones.
| Item | Keep clear of | Release check |
|---|---|---|
| Barcode | Hole, eyelet, trim edge, fold/score, perforation and any finish that reduces contrast or distorts the symbol | Follow the applicable specification and verify the printed sample. |
| QR code | Cut edges, folds, holes, severe texture and artwork that compromises the required clear area | Verify size, contrast and scanning on the physical tag. |
| Price / SKU sticker zone | Hole, eyelet, fold, strong emboss/deboss and unstable die-cut edges | Confirm sticker size/application direction. |
| Finish | Production interaction | Buyer input |
|---|---|---|
| Foil | Registration near cut, hole and fold | Separate finish layer + approved clearance. |
| Emboss / deboss | Relief can affect holes, folds, codes and small cut features | Separate artwork + sample review. |
| Spot UV | Gloss/registration can affect codes or fine geometry | Separate finish layer + scan/appearance review where relevant. |
Do not reuse a fixed keep-out distance from another supplier or another tag. Exact clearance should be confirmed for the approved material, die-cut geometry, finishing process and sample.
7. Prepare Folded, Scored and Perforated Tags
A folded tag needs both flat and finished geometry. Show panel order, score/fold position and the panel that carries the hole. Keep perforation as a separate non-print instruction and review its relationship to the fold and attachment.
| Field | Buyer input | Approval question |
|---|---|---|
| Flat size | Open W × H | Matches production drawing? |
| Finished size | Folded W × H | Sample matches finished size? |
| Panel order | Front / inside / back labels | Artwork correct after folding? |
| Score / fold | Non-print line + direction if needed | Compatible with selected stock? |
| Perforation | Separate non-print instruction | Clear of critical artwork/load path? |
| Hole panel | Panel name + coordinates | Hole correct after folding? |
8. Package the Files, Notes and Revision Record
A correct dieline can still fail if production uses the wrong revision. Keep one current file, one revision identifier and one written approval reference. Changes to size, cut shape, hole, attachment, fold, barcode or finish are production changes.
| Check | Pass condition |
|---|---|
| File identity | Project/revision are consistent. |
| Artwork | Print content meets supplier preflight requirements. |
| Production layers | Production layers are separated and non-printing where required. |
| Dimensions | Size/coordinates match the revision. |
| Attachment | Component ID/sample and packing are identified. |
| Codes | Code zone and verification are identified. |
| Superseded files | Old revisions are archived/marked superseded. |
If your team needs a broader RFQ framework, use the custom packaging quote checklist. For C05, keep the revision log focused on the hang tag production inputs that can change physical fit or approval.
9. Approve the Physical Sample Before Production
A screen proof can confirm copy, layout and revision, but not every physical interaction. Hole position, reinforcement, attachment fit, folding, die-cut handling and scanning can depend on real material and finishing. Match the sample type to the approval risk.
| Approval stage | Useful for | Does not automatically prove |
|---|---|---|
| PDF / digital proof | Copy, layout, layer visibility, revision reference | Physical fit, folding or scanning. |
| White / structural sample | Finished size, shape, hole position, fold and attachment fit | Final print/finish registration. |
| Printed or production-method sample | Combined print, finish, code and structural review | Later revisions. |
| Production release | Written approval tied to the final revision and approved sample | Post-approval changes. |
The correct sample route is project-specific. Final fit should be confirmed with product samples, drawings or approved prototypes where the attachment interacts with the product. See the packaging sample guide for a broader comparison of proof and sample types.
10. RFQ Input Checklist
A useful hang tag RFQ lets the supplier quote and review the same construction the buyer expects to approve. Include the commercial requirements on the custom hang tags page, but keep the engineering handoff specific enough to remove avoidable interpretation.
| Group | Inputs to send |
|---|---|
| Project | Project/SKU name, quantity, intended use and current revision. |
| Geometry | Flat size, finished size, orientation, shape ID and approved dieline. |
| Hole | Datum, X/Y coordinates, target diameter and reinforcement/eyelet reference. |
| Attachment | Type, material/color, dimensions/length, component ID or sample, loose/pre-strung and packing method. |
| Artwork / finishes | Print files, foil/emboss/deboss/Spot UV layers, fold/score/perforation instructions and project-specific keep-outs. |
| Codes | Barcode/QR/SKU/price-label zone, symbol or label reference and physical verification requirement. |
| Approval | Required proof/sample route, approver, approved revision and change-control rule. |
If the product is apparel, the apparel hang tags design guide covers the design and information side of the tag. This guide remains focused on turning that approved design into a production-controlled file.
Frequently Asked Questions
What is a hang tag dieline?
A hang tag dieline is the production drawing that defines the physical tag geometry and non-print instructions around the artwork. For a production handoff, it should identify the approved cut/trim shape, finished and flat size where relevant, bleed and safe-zone references, hole position, fold/score/perforation lines, finishing layers and the current revision.
How should I mark the finished size, trim and bleed?
State the finished size explicitly and keep the trim/cut path on a clearly named non-printing layer. If artwork reaches the edge, extend it to the bleed specified on the supplier-approved dieline. Keep critical text and codes inside the approved safe area rather than assuming one universal bleed or safe-zone value.
How do I specify an exact hole position?
Dimension the hole center from fixed datums. For example, define X from the finished left edge and Y from the finished top edge, then record the target hole diameter on the same revision. For an irregular die-cut shape, use a defined drawing origin or another stable datum instead of a verbal note such as “top center.”
Is there one standard hole diameter or hole-to-edge distance for every hang tag?
No universal value should be assumed for every construction. The usable hole diameter and edge clearance depend on material, caliper, cut shape, reinforcement or eyelet, attachment type, handling and the approved sample. Exact dimensions and tolerances should be confirmed for the approved tag construction.
What attachment details should be included in a hang tag RFQ?
Identify the attachment type, material/color, diameter or width where relevant, finished length, knot or lock style, component reference or approved sample, and whether it should be supplied loose, pre-strung or packed in another defined way. Attachment components can be supplied or coordinated depending on project requirements.
Where should a barcode or QR code be placed on a hang tag?
Place the code where it stays clear of the hole or eyelet, trim edge, folds, perforations and finishes that may distort the symbol or reduce contrast. The required clear area and symbol size depend on the barcode or QR specification and use case, so verify the final printed tag with the intended scanning workflow.
How should a folded hang tag dieline be prepared?
Show both flat and finished sizes, label the panel order, keep the score/fold/perforation instructions on separate non-print layers and identify which panel carries the hole. Review the physical sample to confirm artwork orientation, fold behavior and the final relationship between the hole and attachment.
When is a physical sample required before mass production?
A physical sample is especially important when approval depends on hole position, reinforcement or eyelet fit, attachment behavior, folding, custom die-cut geometry, decorative finishing or barcode/QR scanning. The appropriate sample route is project-specific; production release should reference the final approved file revision and the sample used for approval.
Need a Hang Tag Dieline Review Before Sampling?
Send the current artwork, flat and finished size, hole datum and coordinates, attachment reference, finishing layers, barcode/QR requirements and revision history. HS Packfactory can review the project-specific inputs for sampling. Final dimensions, tolerances and attachment fit remain subject to material selection, product requirements, supplier confirmation and sample approval.