Laser Cut Wedding Invitations
A laser cuts detail no steel rule can reach — lace, filigree, fine lettering cut clean through the sheet — and it needs no tooling, so intricacy is priced by run time rather than by die. Two honest consequences: the cut edge on paper is faintly toasted brown, which reads as a feature on cream and as a flaw on cool white, and every aperture is a hole, so it looks right on dyed-through stock and shows a white core on printed stock.
What people actually ask
- Is laser cutting cheaper than a die?
- For intricate work and lower quantities, yes — there is no tooling. At high volume a steel rule die is faster per piece, so a simple shape at scale goes back to die cutting.
- Does laser cutting discolour the paper?
- Slightly. The beam leaves a faint caramel edge on the cut line. On cream and kraft it disappears; on cool white it is visible, so we usually move the design to a warmer sheet.
Keep looking
By style
By material
A laser cuts detail no steel rule die can reach. Lace, filigree, monogram counters, lettering cut clean through the sheet — shapes a bent blade simply cannot hold. There's no tooling to make either, so intricacy is priced by run time rather than by the cost of a die. Two things decide whether the finished card looks intentional or looks like an accident: the color of the paper, and whether that color goes all the way through it. Both are settled before we cut anything, and both are covered below.
A blade has a minimum radius. A beam doesn't.
A steel rule die is a strip of blade bent into a shape by hand. It holds curves beautifully at a certain scale, and below that scale it stops cooperating — tight corners round off, thin necks collapse, hairline serifs are simply not makeable.
A laser has no such limit. The beam is a fraction of a millimeter across and it turns on a dime, so filigree, botanical linework, and cut-through script all hold their shape.
And because nothing has to be fabricated first, adding detail doesn't buy you a bigger die. It buys more time under the beam. That's how intricacy gets priced here: run time.
The cut edge is faintly toasted brown — pick paper that wants it
The beam burns its way through. Everywhere it passes, it leaves a thin scorch line along the cut edge, a warm brown you can see and sometimes smell when you open the box.
On cream, ecru, and other warm stocks, that edge reads as part of the piece — it looks like the design was meant to have a drawn outline.
On a cool, bright white it reads as dirt. Same machine, same file, opposite result. This is the single most common disappointment with laser cutting, and it's entirely avoidable by choosing the paper with the scorch in mind rather than in spite of it.
Every aperture is a hole, and a hole shows you the inside of the sheet
Cut a lace border and you've made hundreds of tiny windows. Each one exposes the core of the paper, so the core has to be the same color as the face.
On dyed-through stock — where the pulp itself is colored — the cut edge matches the surface and the pattern reads as one solid piece.
On a white sheet printed with ink, it won't. Every aperture gets a white hairline outline where the ink stops and the core begins. On a printed navy card, your filigree becomes white lace. Sometimes that's a gorgeous effect. It should be a decision, not a surprise.
Common questions
Does a more intricate design cost more to laser cut?
Yes, but not the way die cutting does. There's no tooling to pay for, so a complex pattern doesn't require a more expensive die. It requires more time under the beam. Longer cut paths and more apertures mean more run time per card, and run time is what drives the cost.
Can we print in color and laser cut the same card?
You can, and it's worth knowing what happens. Printed ink sits on the surface, so every cut edge exposes the white core underneath as a fine outline around each opening. On dark printed stock that's a strong effect. If you want the cut edge to disappear, use paper dyed through in the pulp instead.
How should the cut file be built?
In general, cut geometry lives as clean vector paths — closed shapes, no double lines stacked on top of each other, no stray open segments — and it's kept separate from anything meant to be printed so the two never get confused. Send us your artwork and we'll tell you exactly what needs adjusting before anything goes to the machine.
How thin can the connecting pieces be before the card falls apart?
There's a floor, and it depends on the stock. Thin webs of paper between apertures act like perforations — they survive the cut and then tear during stuffing, sealing, or mailing. Heavier and longer-fibered papers hold finer bridges than soft ones. We'll review your pattern against the paper you've chosen and widen anything that won't survive handling.
Can I see the cut on my actual paper before the full run?
We recommend it for laser work more than almost anything else, because the scorch tone shifts with the stock and the only honest way to judge it is in your hand under your light. A cut sample on your chosen sheet settles the edge-color question in about four seconds. Ask us and we'll sort out the details.
Need the entire invitation suite drawn?
Invitation, RSVP, details and envelope composed for this stock and finish, with press-ready files for each piece.