A finished RFID label lying flat beside an artwork proof on a make-ready bench, the blank area on each aligned on the same line

RFID Labels Take Room Out of the Layout

An inlay goes in, and the layout, the outline and the roll each give something up to make space for it.

An RFID label is an ordinary label with one more layer in it. That layer claims a fixed area of the face and will not move, so the artwork, the cutting line and the finishes are all drawn around it. Most of what has to be settled before an order goes in comes out of that one fact.

Settle the Construction First The constructions, and what taking each one commits you to

The layer that goes in

One component, in one fixed position, for the whole run.

  • The layout gives up a fixed area of the face, and every field on the label is set outside it.
  • The cutting line travels around that area, which puts a floor under the outline.
  • The finishes stop short of it, each for its own reason.
  • The roll comes to a lower count at the same outside diameter.
What each one asks back

RFID and Security Constructions: What Each Costs You, and What the Layout Gives Up

What each construction asks of you in return, before any of it reaches artwork.

Each construction asks for something back, and part of what it asks comes out of the layout. What the table sets out is that cost — what has to be settled up front, and how far back a change reaches once the run has started. What each construction is, and which face it works on, belongs with the overview.

RFID and security constructions by what has to be settled first, and what the layout gives up for each.
Construction What has to be settled before it can run What the layout gives up
An inlay in the label Where the component sits on the face, and the reading side already installed at the destination. Both are fixed before artwork is approved, and moving either one afterwards means a new die. A fixed area no field can use, running the length the component occupies.
A destructible face The surface, the temperature it lives at and the journey it takes — the conditions under which this face behaves as specified are narrow, and a sample has to be made against the real ones. A face chosen for weakness, which narrows the curves it will sit on and the finishes it will take.
A tamper-evident construction Which face the specification puts the evidence on, and whether the receiving end is set up to look there. That is an order decision, not a default, and it is settled with you before quoting. A bond written against the face, which limits what the face can be.
A holographic face Where the pattern falls under the artwork, because it is part of the face being printed on and cannot be planned around later in the run. Printable area given over to the pattern, and fine type kept off the brightest part of it.

None of this is decided at the label on its own. Each row is a trade made against the container it goes onto, the line it runs on, and artwork that is usually already drawn.

Close view of a finished label whose printed content runs around a plain rectangular area in the middle
Not a design decision

The Area the Artwork Has to Leave Alone

How big it is, and where it falls, is not a design decision.

An inlay occupies a run of the label, and the component sets that run, not the page. Copy, codes and any variable field are all placed clear of it. Nothing in the artwork negotiates it down, because it follows from the component, and the component is settled before the layout is.

Artwork sent to us is checked against that clearance before any of it is quoted as printable. Where something fouls the area, you get told which element and which edge, and what has to move for it to clear. Making that move is a layout call, and it happens before the artwork comes back for re-checking.

What the clearance does to the shape itself

Artwork requirements are set out on the make-ready overview.

The area nothing is set into
Open the clearance view at full size
Close view of an embossing die pressing a single label, the head stopping part-way and leaving an unpressed plain band
Where each one stops

Finishes Stop Where the Inlay Runs

A finish is applied to the label, not to the whole of it.

Embossing and debossing work by forcing the face into a die, and that force has nowhere to go over the component, so the relief stops short of the clearance rather than running across it.

Foil and metallised faces raise a placement question instead. Where they fall against that area is settled with us while the artwork is being drawn, not after it has been approved.

Heavy spot varnish stacks up and behaves the same way as relief does. Punched holes and hanging slots are the plainest case of all: they are placed against the clearance first and against the outline second, which is the reverse of how they are usually specified.

What each finish asks of a face in general sits with the finishes overview. What belongs here is only where each one has to stop.

Spot varnish

Stacks up over the run, and behaves the way relief does.

Foil and metallised faces

A placement question, settled while the artwork is being drawn.

Emboss and deboss

The force has nowhere to go over the component, so the relief stops short of the clearance.

The relief runs to here, and no further.
Drawn from the inside

The Outline Is Drawn From the Inside Out

A cutting line cannot cross the component, so the shape starts from what is inside it.

A die cuts through the whole construction, so the cutting line has to clear the component instead of passing through it. That single constraint puts a floor under the shape: below a certain outline there is nowhere for the clearance to sit, and an RFID label stops being makeable at that size whatever the artwork asks for.

The cutting line clears the component

Everything the shape is allowed to be gets checked back against that one line.

  • The minimum outline stops being a design choice and becomes a floor the shape is checked against.
  • Corners and radii get set from the clearance outward, so a curve that suits the artwork may not survive the move.
  • Hanging slots and punched holes are positioned against the clearance first and the outline second, which reverses how they are normally specified.
  • A same-size shape from an ordinary label carries no guarantee across: it is re-checked from scratch before a die is committed to.

Whose die it is, how it is kept for repeat orders and whether a change of shape means cutting a new one belongs with custom label work.

Die-cut waste matrix laid out with the finished pieces, the outline visibly running around the middle of each label
The waste matrix carries the shape of the decision: the outline travels around the component, not through it.
One more layer per label

The Same Roll Diameter Holds Fewer Labels

One more layer per label changes what a roll of a given size comes to.

Two label rolls of the same outside diameter stood side by side with their wound cross-sections facing the camera, one visibly holding fewer turns
Same outside diameter, fewer turns on the wind.

The layer that got added

Every label on the roll is thicker than a printed one, and thickness compounds as the roll builds up.

  • The count no longer follows from the diameter, so these jobs are ordered and quoted on labels.
  • A roll size carried across from an ordinary job will not come back with the count you were expecting, which is worth saying at the quoting stage.
  • Application meets the same thing from the other end: a platen or a wipe-down roller passes over the whole label.
  • Where it bears down relative to the component is worth stating up front, while the layout can still answer for it.

Roll sizes, cores and case packs themselves sit on the roll specifications.

Yours to tell us

What It Goes Onto Is Yours to Tell Us

It sits at your end, not ours, so it has to arrive with the enquiry.

The surface a label ends up on is information that only exists at your end. We cannot look it up, and it is not in the artwork.

It belongs in writing at the start, because it lands on more than one layer of the build at once, and because a sample made against the wrong surface tells you very little. Steel and other metal containers, moulded plastic bins and corrugated cases each send the answer a different way.

How an adhesive behaves against a surface in general is set out on the adhesives overview. Choosing a build outwards from the container is what the custom label page is for.

Name the Surface It Goes Onto

Close view of one metal tote wall carrying an applied label and a part-lifted one, with a third label resting unapplied on the rim

Steel and other metal

A container wall sends the answer one way, and it is the case that most changes what stays on the table.

Moulded plastic

Bins and totes arrive with their own curves and their own release behaviour.

Corrugated cases

Flute lines mean the face never bonds evenly across the whole of its area.

A reading installation already mounted on a warehouse doorway with its cabling run in, an unapplied label soft in the foreground
Settled upstream

Once the Frequency Is Fixed, the Label Follows

It is normally settled before a specification reaches us, and the label is what moves afterwards.

The band is an industry split rather than a supplier one: UHF sits around 860–960 MHz, and HF NFC at 13.56 MHz.

What it changes is the label itself. Each band carries its own antenna geometry, and geometry sets the smallest outline the construction will fit into, and how much of the face the clearance takes. That is where the layout and the cutting line get their limits from — they read as artwork decisions, but they are downstream of this one.

Contents and containers narrow it further. Metal, and liquid sitting behind the label, cut down which constructions stay on the table, so they belong in the enquiry with everything else, early enough to shape the quote.

  • Antenna geometry comes with the band, and it is not an artwork variable.
  • The smallest outline the construction fits into follows from that geometry.
  • How much of the face the clearance takes is set the same way.
  • Contents and containers narrow what is left, so they belong in the enquiry early.
Conditions worth checking early

Where a Destructible Face Will Not Behave as Intended

The conditions it depends on are easier to check before the order than after it.

Cold

A face built to be weak gets weaker as the temperature drops, so a label that behaves on the packing bench can give way during ordinary handling in a chilled chain. That is a specification question, and it is settled at order time.

Curvature

A tight radius puts the face under tension from the moment it is applied, and a weak face has less to give than a normal one. Rough and ridged surfaces do something similar — corrugated flute lines are the common case, where the face never bonds evenly across its whole area to begin with.

Transit

Scuffing, stacking and strapping mark a weak face without anybody having opened anything, and a mark that arrives that way is not distinguishable from one that did not.

None of this makes the construction unsuitable. It makes the surface, the temperature it lives at and the journey it takes worth stating with the enquiry, because those are what a sample has to be made against.

Macro detail of a destructible face at the point it broke up when lifted, fibres and fragments filling the frame
Macro: one point, at the scale the face actually fails at.
Mid-shot of a label on a condensation-covered chilled container wall with its edge already lifting
Mid-shot: the surroundings are the condition being described.
A lifted label body and the mark it left on the container surface, photographed together under one hard side light on a dark bench
An order-time choice

The Face the Evidence Lands On Is Picked at Order Time

It is one decision, and it reaches further into the specification than it looks.

The two evidence constructions leave their proof on different faces, and the overview sets out which one leaves it where. That is where the description stops and the decision starts, because picking between them is an order-time choice, and what it settles reaches a long way past the label itself.

Which face the evidence is specified onto

One decision, taken before quoting, that the rest of the specification is then written against.

  • The receiving end gives up its habits: whoever checks the delivery has to be told which face to look at, because a check aimed at the other one comes back clean either way.
  • The container may stop being neutral: on one route its own surface enters the specification, and a surface that cannot hold what it is given makes the construction unquotable.
  • The label's second life may be spent: on the other route nothing on it survives to carry a later record, so anything downstream that expected to reuse it has to be re-planned.
  • The sample stops being generic: it has to be built against the real surface and the real journey before either route can be signed off.

A holographic face sits outside this decision. It belongs to the finish layer, and the finishes overview is where it is placed.

Holographic face material under raking light, its diffraction banding and surface texture filling the frame
Before a price exists

Before a Chip or Security Job Can Be Quoted

Some of it is yours to settle. Some of it is answered on another page.

A specification for this line is mostly a set of decisions that already exist at your end. Where the answer sits somewhere else on this site, the row says so instead of repeating it.

Yours to settle before an RFID label can be priced

Label samples of several constructions grouped unevenly across a dark bench under raking light

Sitting on a different part of the site

Still being written up

Enough to put a number against it

Quotes for Chip and Evidence Label Runs

A quantity, an item and a yes or no on samples are enough to put a number against an RFID label run.

Send the specification as it stands, open parts included. Artwork that already exists is checked against the clearance before any of it is quoted as printable.

Artwork already drawn

Send it as it stands. It is checked against the clearance, and what comes back names the element, the edge it fouls, and the distance it has to move to clear.

Artwork not started

The item, the quantity and the reading side are enough to open a price. Settling the clearance first is cheaper than laying out a face and moving it afterwards.

The whole specification can also go through the full enquiry form.

A sample envelope stood on a dark wooden bench with the corner of a label showing at the flap, one pen alongside