Print file and finishing questions, answered

A print-ready file is a PDF built at the finished trim size with 3 mm (0.125 in) of bleed, CMYK and named spot colors, images at 300 ppi, fonts outlined or embedded, and every finish on its own layer in 100% of one named spot swatch set to overprint. We prefer PDF/X-4. A file built that way can be proofed and made without anyone redrawing it.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Use 3 mm (0.125 in) of bleed on every side that touches the edge. A US 3.5 × 2 in card exports at 3.75 × 2.25 in with bleed; an EU 85 × 55 mm card exports at 91 × 61 mm. Keep copy 3 mm inside trim, because the cut can land anywhere within ±0.8 mm across a stack.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Our minimum is 0.6 mm (1.7 pt) for every foil line, rule and outline, and 0.6 mm for every gap, counter or knockout inside foil. Thinner lines break or flake, and narrower gaps fill in as the foil bridges across them. The same 0.6 mm floor applies to raised foil and raised spot UV.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut → · Also covered in How to Prepare Your Artwork for Foil Stamping

7 pt for positive foil type in a low-contrast face, with 8 pt recommended. Type reversed out of solid foil needs 10 pt in a medium or bold weight. High-contrast serifs with fine hairlines, such as Didones, need 12 pt minimum in foil.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

Use the U (uncoated) guide. C and U share the same ink formula, but the U chip shows how that ink looks soaked into uncoated fiber, which is flatter and softer than the coated chip. We mix to the Pantone formula, so the U chip on similar paper is what you'll see on the finished piece.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

Use a spot swatch named CUT with a 100% magenta preview, a 0.25 pt stroke, set to overprint, on its own layer. The color only makes it easy to see; what matters is that the swatch name matches exactly and nothing else in the file uses it.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

At least 32 pt (0.8 mm), which is a duplex build of two plies. Below that there isn't enough edge to hold a clean line of paint. At 48 pt (1.2 mm) the painted edge stops being a detail and reads as a feature from across a table.

From: Designing for Painted Edges: Thickness, Corners and Color →

Print goes first (CMYK by offset or digital, or letterpress), then hot foil, then emboss or deboss, then die cutting, and edge painting last. Spot UV is a coating pass that goes on after print and before anything is cut. On a duplex card, each ply is printed and finished on its own before bonding, then the bonded card is cut and edged as one.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

Our minimum is 0.6 mm (1.7 pt) for every foil line, rule and outline, and 0.6 mm for every gap, counter or knockout inside foil. Thinner lines break or flake, and narrower gaps fill in as the foil bridges across them. The same 0.6 mm floor applies to raised foil and raised spot UV.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut → · Also covered in How to Prepare Your Artwork for Foil Stamping

A print-ready file is a PDF built at the finished trim size with 3 mm (0.125 in) of bleed, CMYK and named spot colors, images at 300 ppi, fonts outlined or embedded, and every finish on its own layer in 100% of one named spot swatch set to overprint. We prefer PDF/X-4. A file built that way can be proofed and made without anyone redrawing it.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Use 3 mm (0.125 in) of bleed on every side that touches the edge. A US 3.5 × 2 in card exports at 3.75 × 2.25 in with bleed; an EU 85 × 55 mm card exports at 91 × 61 mm. Keep copy 3 mm inside trim, because the cut can land anywhere within ±0.8 mm across a stack.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

No. Set the artboard or page to the trim size, for example 85 × 55 mm, and add 3 mm of bleed in the document settings. The bleed then sits outside the artboard and the PDF records the correct trim box. An artboard built at bleed size makes the card read 6 mm too large.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Export PDF/X-4 with document bleed on, spot colors kept as spot colors and no printer's marks. X-4 keeps layers and spot channels, so each finish stays separate. PDF/X-1a is accepted too; it flattens transparency and layers but keeps spot colors.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Put the foil art on its own layer, as outlined vector, filled with 100% of a spot swatch named for the foil, such as FOIL-GOLD, and set it to overprint. Knock the ink out underneath and keep a 1 mm gap where foil meets printed ink. No foil line or gap may be thinner than 0.6 mm (1.7 pt).

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

No. We don't need crop marks. Leave printer's marks off when you export; the PDF's trim box tells us where to cut, and document bleed of 3 mm (0.125 in) covers the rest.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

Photos and raster images need 300 ppi at the size they print, and bitmap line art needs 1200 ppi. Scaling an image up in the layout lowers its effective resolution, so a 300 ppi image placed at 200% prints at 150 ppi. Finish artwork such as foil or emboss has to be vector.

From: How to Set Up Print-Ready Files: The Complete Checklist for Specialty Print →

7 pt for positive foil type in a low-contrast face, with 8 pt recommended. Type reversed out of solid foil needs 10 pt in a medium or bold weight. High-contrast serifs with fine hairlines, such as Didones, need 12 pt minimum in foil.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

0.15 mm (0.4 pt) for a positive line. Reversed lines and gaps, where paper shows through ink, need 0.3 mm because ink gain closes them from both sides. Type is 7 pt minimum positive and 10 pt in a medium or bold weight reversed.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

10 pt in a medium or bold weight, with no hairlines. Strokes need to be at least 0.5 mm (1.5 pt) and gaps between raised or recessed elements at least 1 mm. Blind impression reads by shadow, and smaller or lighter type doesn't cast enough of one, especially on cotton.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

It depends on the process. In CMYK, 0.25 pt (0.1 mm) is our minimum positive line, so it prints. In letterpress the minimum is 0.4 pt (0.15 mm), and in hot foil it's 1.7 pt (0.6 mm), so a 0.25 pt line is far too thin for either.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

Every print process spreads a little: ink squeezes outward, foil bridges and coatings flow. Spread thickens a positive stroke but eats into a reversed one from both sides, so reversed type fills in first. That's why reversed type needs 10 pt in foil and letterpress, and 8 pt (9 pt on uncoated) in CMYK.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

Set units to millimeters and work at final print size. Read live strokes in the Stroke panel, and measure outlined shapes with the Measure tool across the narrowest point. For foil, a quick test is Object > Path > Offset Path at −0.3 mm on a copy: anything that disappears is thinner than 0.6 mm.

From: Minimum Line Weight and Type Size for Every Print Process: Foil, Letterpress, Emboss, UV, CMYK and Die Cut →

Use the U (uncoated) guide. C and U share the same ink formula, but the U chip shows how that ink looks soaked into uncoated fiber, which is flatter and softer than the coated chip. We mix to the Pantone formula, so the U chip on similar paper is what you'll see on the finished piece.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

Screens emit light and can show colors that ink on paper can't reach, and most apps display the coated chip by default. Spot ink is also translucent, so the paper color mixes into the result. Judge color from a printed Pantone guide held against your actual stock, not from the monitor.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

Not in letterpress. Letterpress ink is translucent, so light ink on dark stock isn't offered, and white ink on uncoated cotton isn't offered either. For a light mark on a dark sheet, use foil (including white pigment foil) or a blind deboss.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

For offset and digital, nothing lighter than 8%. For letterpress, avoid halftones altogether; if a tint is unavoidable, use 85–100 lpi and no tint under 15%. If you need a lighter version of a color in letterpress, mix it as a second spot ink.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

Usually because one color exists under several swatch names, such as PANTONE 2955 U, PMS 2955 and PANTONE 2955 C, or because a process build or a flattened logo image added CMYK plates. Separation software makes one plate per name. Merge duplicates into a single correctly named swatch and check Separations Preview before you export.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

No. Metallic ink carries metallic flakes in a translucent ink and gives a soft satin sheen that drops further on uncoated stock. Foil is an opaque metal layer applied with a heated die and gives a mirror finish, with a 0.6 mm (1.7 pt) minimum line and gap.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

As few as the design needs. Each spot color is another plate, ink mix and pass, and on letterpress each additional color registers within ±0.3 mm of the others. Two inks plus a foil covers most identities; check that the inks differ in value, not just hue, before adding a third.

From: Spot Color and Pantone for Print: Choosing, Specifying and Curating PMS Colors →

Our rich black is C60 M40 Y40 K100, which totals 240% ink. Use it only for solid areas at least 5 mm across; for type, fine lines and barcodes use K100 alone, because rich black prints from four plates and fringes when they slip.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

Our maximum is 300% total ink, adding C + M + Y + K at any one point. Above that, ink stays wet and sets off onto the next sheet, solids crack at folds and shadow detail fills in. Check it in Acrobat's Output Preview with Total Area Coverage set to 300.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

Screens emit light and can show saturated colors that four inks on paper can't reproduce, so those colors are pulled into the printable range at conversion. Expect printed color to read noticeably flatter and less saturated than your screen, especially on uncoated stock. For an exact bright color, use a spot ink.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

6 pt for positive type (dark on light) and 8 pt for reversed type (light out of a dark field), rising to 9 pt reversed on uncoated stock. Small type should print from one plate: K100 or a single spot color, never a four-color build.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

Yes, for small K100 text and lines over colored backgrounds. Overprinting lets the background print continuously underneath, so misregistration can't open white gaps beside the letters. Never overprint white objects, which disappear, or large black areas over photographs.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

No. On dark dyed-through stock CMYK disappears, because the inks are translucent and there's no white underneath to reflect light through them. Use foil, including white pigment foil, or white ink instead.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

300 ppi at the final printed size for photographs and 1200 ppi for bitmap line art, though vector is strongly preferred for logos and line work. Resolution is measured after scaling, so enlarging a 300 ppi image in your layout lowers its effective resolution.

From: Four-Color Process (CMYK) for Print: Rich Black, Ink Limits and Why Your Screen Lies →

Our minimum for a positive line (ink on paper) is 0.15 mm (0.4 pt). A reversed line or gap, where paper shows through ink, needs 0.3 mm, because ink squashes outward under pressure and closes narrow gaps from both sides. Build to those numbers and the line prints clean on cotton.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

7 pt for positive type, and 10 pt in a medium or bold weight for type reversed out of ink. Reversed type needs to be larger because ink gain fills its counters and thins its strokes. Avoid hairline serifs and tight apertures at the small end of either range.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

Not well. The plate either touches the paper or it doesn't, so a tint becomes a pattern of raised dots, and those dots gain and fill in on soft stock. Our spec says avoid them; if one is unavoidable, screen it at 85–100 lpi with no tint under 15%. Photos belong in digital or offset print, with letterpress for the type.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

Cotton is soft and uneven, and a flat plate can't push ink evenly into every hollow of the sheet across a large area, so the ink goes down mottled. We keep letterpress solids under 13 cm² (2 in²) on cotton. For a bigger field of color, use a colored ply in a duplex card, go blind, or accept the texture as the look.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

No. Letterpress ink is translucent, so it can only darken the sheet it lands on; light ink on dark stock reads chalky or disappears. We don't offer light ink on dark stock or white ink on uncoated cotton. Use foil (white pigment foil for white) or a blind deboss instead.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

We run letterpress impression 0.2–0.6 mm deep. Where it lands in that range depends on the paper, how much printing area is on the plate, and whether the other side is printed. For deep impression on both sides without show-through, use 32 pt (0.8 mm) duplex or heavier.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

No. Send one PDF with each ink built as its own named Pantone U spot swatch, such as PANTONE 2955 U, at 100%. We make one plate per swatch, so the swatch list in your file should match the ink list exactly, with no CMYK objects and no duplicate swatches for the same ink.

From: How to Prepare Files for Letterpress: Plates, Impression and Ink →

Our minimum stroke for embossing and debossing is 0.5 mm (1.5 pt). Below that, the two walls of a raised stroke meet before it reaches full height, so it rounds off into a low ridge that reads as a scratch. Gaps between raised or recessed elements need at least 1 mm.

From: How to Set Up Files for Embossing and Debossing →

10 pt, in a medium or bold weight, with no hairline serifs. Blind type has no ink, so it reads only by the shadow its walls cast, and lighter or smaller type doesn't have enough wall. High-contrast faces like Didones lose their hairlines first.

From: How to Set Up Files for Embossing and Debossing →

We run embossing and debossing between 0.3 and 1.0 mm deep and set the exact depth at proof for the stock and artwork. Deeper isn't automatically better: past a point the paper cracks at the shoulder, fine detail fills in, and the back shows more.

From: How to Set Up Files for Embossing and Debossing →

On a single 16 pt sheet, yes: a deboss on the front shows as a mirrored bump on the back. To keep the back clean, use 32 pt (0.8 mm) board or a duplex construction, where the extra thickness absorbs the impression. If both sides carry an impression, specify duplex.

From: How to Set Up Files for Embossing and Debossing →

No. Soft-touch and silk laminates are plastic films that spring back and won't seat cleanly in the die, so the impression goes soft and the film can lift at the wall. Emboss uncoated or cotton stock of 16 pt or heavier instead.

From: How to Set Up Files for Embossing and Debossing →

Put the impression on its own layer named EMBOSS or DEBOSS, as closed vector shapes filled with 100% of a spot swatch with that exact name, set to overprint. Outline strokes and type, and export PDF/X-4 so the layers and spot channel survive. Multi-level dies get one layer per level: EMBOSS-L1, EMBOSS-L2.

From: How to Set Up Files for Embossing and Debossing →

Yes, with a combination die: one tool foils and embosses in the same hit, so the foil sits exactly on the raised shape. The condition is that the foil and the emboss are the same shape. Separate foil and emboss passes carry mechanical tolerance, and ink-to-emboss registration is ±0.5 mm, so design those with slack.

From: How to Set Up Files for Embossing and Debossing →

Use a spot swatch named CUT with a 100% magenta preview, a 0.25 pt stroke, set to overprint, on its own layer. The color only makes it easy to see; what matters is that the swatch name matches exactly and nothing else in the file uses it.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

1.3 mm (0.05 in). Steel rule is bent around a pin and can't be folded to a point, and a sharp corner built from two joined rules leaves a hair of uncut fiber that tears into the piece. Outside corners can stay sharp.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

At least 3 mm between any two cuts, and 3 mm between a cut and the trimmed edge. Closer than that, the strip between two blades is squeezed from both sides and crushes or tears.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

3 mm past the cut line, following the shape. Build it as an outward offset of the die line, and keep copy 3 mm inside the cut as an inward offset.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

We hold ±0.8 mm (±0.03 in) across a stack. Design so a shift that size doesn't show: bleed color 3 mm past the cut and avoid thin borders or keylines that trace the die.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

The center of an O, or the triangle in an A, is an island surrounded by cut, with nothing holding it. Add bridges, short uncut ties, to keep it, or tell us you want it to drop out as a window.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

No. Edge painting needs straight cuts and square corners, because the stack is clamped flat and square while the edge is colored. Shaped cuts and rounded corners rule it out.

From: How to Set Up a Die Line: Die-Cut and Custom-Shape Files →

At least 32 pt (0.8 mm), which is a duplex build of two plies. Below that there isn't enough edge to hold a clean line of paint. At 48 pt (1.2 mm) the painted edge stops being a detail and reads as a feature from across a table.

From: Designing for Painted Edges: Thickness, Corners and Color →

No. Painted edges need square corners and straight cuts, because the cards are clamped and painted as one square block. On a rounded corner the arcs don't line up exactly from card to card, so paint catches in the steps and creeps onto the faces. If you want rounded corners and a colored edge, use a colored core ply instead of paint.

From: Designing for Painted Edges: Thickness, Corners and Color →

Give us a Pantone Uncoated (U) reference with your order, for example PANTONE 805 U. Expect paint on cotton to read slightly deeper than the printed chip, because the cut edge soaks up color. If you're choosing between two neighboring chips, take the lighter one.

From: Designing for Painted Edges: Thickness, Corners and Color →

No. On a painted card, foil and critical art stop at least 3 mm inside the trim, and foil never bleeds into a painted edge. Paint doesn't bond to foil film, so the edge line breaks up where they meet. Only background ink may bleed off a painted edge.

From: Designing for Painted Edges: Thickness, Corners and Color →

Edge painting is color applied to the cut edge after trimming: any Pantone U reference, one solid color, square corners only. A colored core is a dyed ply built into a duplex or triplex board: the color is the paper itself, it shows as a stripe or band, and it follows any cut shape, rounded corners included.

From: Designing for Painted Edges: Thickness, Corners and Color →

On uncoated and cotton stock, the paint wicks a hair onto the face along the edge. It reads as a fine line of color at the trim, not a smudge, but it means hairline detail right at the edge is a bad idea. Keep a clean border and hold fine work 3 mm inside the trim.

From: Designing for Painted Edges: Thickness, Corners and Color →

Sometimes. Edge foil follows the same square-corner rule as paint and is stricter about the surface, and a cut cotton edge is soft and fibrous. We treat edge foil on cotton as a case-by-case production check, so ask before you design around it.

From: Designing for Painted Edges: Thickness, Corners and Color →

Print goes first (CMYK by offset or digital, or letterpress), then hot foil, then emboss or deboss, then die cutting, and edge painting last. Spot UV is a coating pass that goes on after print and before anything is cut. On a duplex card, each ply is printed and finished on its own before bonding, then the bonded card is cut and edged as one.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

No. Foil needs bare stock to bond to; over an ink film it lands unevenly and flakes at the edges. Knock the ink out under the foil and design a deliberate 1 mm gap between foil and ink, because foil registers to print at ±0.5 mm and a butt join will show either a paper sliver or foil on ink.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

No. Emboss and deboss won't seat cleanly on soft-touch or silk laminate, so we run them on uncoated or cotton stock, 16 pt (0.4 mm) or heavier, and 32 pt when a deboss must not show through. If you want dimension on a soft-touch card, raised spot UV does bond to soft-touch.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

No. Spot UV and raised spot UV need a coated or laminated surface to cure on; on uncoated and cotton stock the coating soaks in instead of standing up as a gloss. On cotton, move the idea to foil or a blind deboss, or build a duplex card and put the UV on a coated ply.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

A combination die is one sculpted, heated die that stamps foil and embosses the same shape in a single strike, so the foil and the raised form are in perfect register. Two separate passes each register to print at ±0.5 mm and can miss each other by up to 1 mm. Supply identical shapes on your FOIL and EMBOSS layers and write "combination die" in the spec line.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

One PDF (PDF/X-4 preferred), one artboard per side, and one layer per operation, each filled with 100% of one reserved spot swatch such as FOIL-GOLD, DEBOSS, SPOT-UV or CUT, set to overprint. Knock ink out under foil, build any 0.3 mm traps into the art, and add a one-line written spec that names every finish, the stock, the build and the edge.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

No. Edge painting needs square corners and straight cuts, because the cut stack has to be clamped flat and square while the edge is painted. It also needs a card of at least 32 pt (0.8 mm), and any foil should stop 3 mm short of the painted edge.

From: Combining Print Finishes: What Works Together, What Doesn't, and in What Order →

Our quick-ship foil cards on 16pt silk take 4–8 business days. Studio-quality hot foil on premium stock takes approximately 3 weeks from proof approval.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

40+ foil colors on our swatch, 300+ in the full collection, custom foils on request.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

"Foil stamping" and "foil printing" are often used interchangeably, but technically foil stamping refers to the hot-stamping process using a die, while "foil printing" can also describe digital foil applied by toner-based presses. The results look and feel different.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

Yes — foil on both sides requires two separate press passes and costs approximately 25–30% more than front-only.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

Foil works on most papers, but the result varies. Smooth papers (silk, soft touch) give crisp foil edges. Textured papers (cotton, uncoated) give a slightly softer edge with more organic character. Both look great — it's a matter of the look you want.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

We suggest 100+ pieces; smaller runs are possible on request.

From: What Is Foil Stamping? The Complete Guide to Foil Business Cards →

Foil stamping requires a custom metal die and a separate press pass — both add cost that standard ink printing doesn't have. The metallic foil material itself also costs more than ink. The trade-off is a finish that ink simply cannot replicate.

From: How Much Do Foil Business Cards Cost? →

The die cost is built into our pricing — you won't see a separate line item for it. On reorders using the same design, the die already exists, so the per-card cost drops.

From: How Much Do Foil Business Cards Cost? →

We suggest 100+ pieces; smaller runs are possible on request. We also offer a sample pack with foil-stamped cards on different papers so you can see and feel the quality before ordering your custom design.

From: How Much Do Foil Business Cards Cost? →

Yes — for quantities above 5,000, request a custom quote and we'll provide volume pricing specific to your project.

From: How Much Do Foil Business Cards Cost? →

Often yes — if the design is the same and we still have your die on file, the die cost is eliminated, which reduces the total. Exact savings depend on the product and quantity.

From: How Much Do Foil Business Cards Cost? →

Not on a single sheet — the paper stock is the same on both sides. If you want dramatically different textures on front and back, consider a duplex (laminated two-sheet) card, which is available as a custom quote.

From: Best Paper for Foil Business Cards →

The foil itself looks the same on any paper — gold is gold. But the contrast between foil and paper changes the perception. Gold foil on black stock looks bolder and more dramatic than gold foil on white silk, even though the foil is identical.

From: Best Paper for Foil Business Cards →

Slightly. At 500 cards with one foil color on the front, the difference between cotton 32pt and silk 32pt is typically $20–40. The bigger cost factor is quantity and foil coverage, not paper choice.

From: Best Paper for Foil Business Cards →

Not with standard ink — conventional CMYK inks are transparent and don't show on dark paper. White ink printing on black stock is available as a custom option for some projects. For most black stock cards, the design is foil-only.

From: Best Paper for Foil Business Cards →

If you've never ordered foil business cards before, cotton 32pt with a single gold foil on the front is our most popular starting point. It's the combination that makes people say 'this feels expensive' when they pick up the card.

From: Best Paper for Foil Business Cards →

Foil + blind emboss on cotton 32pt. It's the combination that produces the most "wow" reactions for the cost — metallic shine plus physical dimension.

From: Can You Combine Foil with Embossing, Spot UV, or Letterpress? →

Yes, though it increases cost and production time. Foil + letterpress + edge paint is a popular three-finish combination on cotton. For more complex combinations, request a custom quote so we can confirm feasibility and pricing.

From: Can You Combine Foil with Embossing, Spot UV, or Letterpress? →

Each additional process introduces a small amount of registration tolerance between layers. Well-designed multi-finish cards account for this by building in spacing between elements from different processes. Our pre-press team reviews every proof for potential registration issues before production.

From: Can You Combine Foil with Embossing, Spot UV, or Letterpress? →

Yes — most foil cards include some ink printing. The printed elements go through the press first, then foil is stamped on top. The two register with approximately 0.5mm tolerance, so avoid designs where foil must sit perfectly inside a printed border.

From: Can You Combine Foil with Embossing, Spot UV, or Letterpress? →

Request a custom quote with your design file (or a description of what you're imagining). We'll confirm which combination of finishes will produce the best result, flag any production concerns, and provide pricing.

From: Can You Combine Foil with Embossing, Spot UV, or Letterpress? →

No — all standard foil colors (gold, silver, rose gold, copper, black, holographic) are the same price. The cost of foil stamping is driven by quantity, paper, and coverage area, not foil color.

From: Gold Foil vs Silver Foil Business Cards →

Yes — order a sample pack. It includes gold and silver foil on different papers so you can compare side by side.

From: Gold Foil vs Silver Foil Business Cards →

The foil itself is identical, but the surrounding paper changes how you perceive it. Gold on black looks dramatic. Gold on white looks bright. Gold on cotton looks warm and organic. Same foil, different context.

From: Gold Foil vs Silver Foil Business Cards →

Choose the one that matters most for the business card specifically. Your card is a single first impression — it should have one clear metallic voice. You can use the other metal on other printed materials (letterhead, packaging, etc.).

From: Gold Foil vs Silver Foil Business Cards →

Rose gold is a warm pink-copper tone. It's closer to gold in warmth but lighter and more contemporary. It's become its own category — popular with brands that want warmth without the traditional associations of yellow gold.

From: Gold Foil vs Silver Foil Business Cards →

Gold offers slightly better legibility at small sizes on most papers because its warm tone creates more contrast against both white and dark backgrounds. Silver at small sizes on light paper can be harder to read. If your card has foil text near the 8pt recommended minimum, gold or dark paper + silver is a safer choice than silver on white.

From: Gold Foil vs Silver Foil Business Cards →

Hot foil stamping uses a heated metal die pressed into real metallic foil leaf to transfer the design onto paper. Digital foil uses toner deposited by a digital press, then bonds a metallic film to the toner areas using heat. Hot foil produces a deeper, more reflective metallic surface with a tactile deboss impression. Digital foil is flatter, smoother, and sits flush with the paper surface.

From: Hot Foil vs Digital Foil — What's the Difference? →

For premium business cards, yes. Hot foil produces a richer metallic finish with a physical impression you can feel. It works on a wider range of papers including cotton and uncoated stocks. Digital foil is better suited for small quantities, fast turnaround, or variable data where each card needs different information in foil.

From: Hot Foil vs Digital Foil — What's the Difference? →

Moo, Vistaprint, GotPrint, and most major online printers use digital foil (toner-based foil fusing) for their standard foil offerings. This allows them to offer low minimums and fast turnaround, but the metallic effect is visually and tactilely different from hot foil stamping.

From: Hot Foil vs Digital Foil — What's the Difference? →

Yes. Hot foil stamping presses a heated die into the paper under significant pressure, leaving a slight deboss — a physical impression you can feel with your fingertips. The foil areas sit slightly below the paper surface. Digital foil produces no impression — the metallic layer is flush with the paper.

From: Hot Foil vs Digital Foil — What's the Difference? →

Hot foil business cards at Print Peppermint start from $224 for 500 Quick Ship cards on silk stock, and from $310 for 250 Studio cards on cotton. Digital foil from other providers typically ranges from $100–$200 for 500 cards. The price difference reflects die production, material quality, and the stamping process itself.

From: Hot Foil vs Digital Foil — What's the Difference? →

7 pt is the minimum for positive foil type and 8 pt is what we recommend, in a face with low stroke contrast. High-contrast serifs such as Didones need 12 pt, because their hairlines drop below the 0.6 mm (1.7 pt) line minimum at smaller sizes.

From: How to Prepare Your Artwork for Foil Stamping →

10 pt, in a medium or bold weight. Reversed type is paper showing through solid foil, so every counter is a gap that must stay at least 0.6 mm open. Below that the foil bridges across the counters and the letters fill in.

From: How to Prepare Your Artwork for Foil Stamping →

0.6 mm (1.7 pt) for any gap, counter or knockout inside one foil. Two separate foil colors that don't touch need 1 mm between them, because foil to foil registers at ±0.25 mm.

From: How to Prepare Your Artwork for Foil Stamping →

Yes, with a trap. The second foil overlaps the first by 0.3 mm on the shared edges only, which covers the ±0.25 mm foil-to-foil registration. A butt join without a trap will open a sliver of bare paper along the seam.

From: How to Prepare Your Artwork for Foil Stamping →

No. Foil lands on bare stock only. Knock the ink out under the foil and design a deliberate 1 mm gap between foil and ink; with foil-to-print registration at ±0.5 mm, a butt join shows either a paper sliver or foil sitting on ink.

From: How to Prepare Your Artwork for Foil Stamping →

Keep foil 3 mm inside the trim, or bleed it 3 mm past the trim so the cut runs through it. Never stop foil between 0 and 3 mm from the edge: with a ±0.8 mm cut, the margin wanders visibly from card to card. On a painted edge, stop 3 mm short and never bleed foil into the paint.

From: How to Prepare Your Artwork for Foil Stamping →

No. QR codes and barcodes always go in ink. A reflective foil code scans unreliably, and the fine modules of a small code run into the 0.6 mm foil minimum.

From: How to Prepare Your Artwork for Foil Stamping →

Holographic foil produces a prismatic rainbow effect that shifts through the visible spectrum — blues, greens, purples, pinks, golds — as the card tilts under light. The effect is dynamic and continuous in person, though impossible to fully capture in photographs. Intensity depends heavily on lighting conditions.

From: Holographic Foil Business Cards →

No. Holographic foil costs the same as gold, silver, copper, or rose gold on our Studio products. Quick Ship holographic starts at $126 for 100 cards or $162 for 250 cards — comparable to other Quick Ship foil products.

From: Holographic Foil Business Cards →

Dark soft touch laminate is the top recommendation — the velvety matte surface creates maximum contrast with the prismatic foil. Black cotton, dark navy, and dark silk also work well. White and light papers reduce the holographic contrast significantly.

From: Holographic Foil Business Cards →

Yes. Holographic + blind emboss/deboss works well because the emboss adds tactile depth without visual competition. However, combining holographic with other foil colors (gold, silver) on the same face is not recommended — it creates visual chaos.

From: Holographic Foil Business Cards →

In the right context, absolutely. Music, entertainment, beauty, fashion, nightlife, creative agencies, and tech startups use holographic naturally. For conservative industries like law, finance, or traditional B2B services, gold or silver foil is usually more appropriate.

From: Holographic Foil Business Cards →

Standard metallic foils (gold, silver, copper) have a fixed color — gold is always gold. Holographic foil reflects a shifting rainbow spectrum that changes with viewing angle. It has higher peak impact in bright light but lower minimum impact in dim lighting compared to standard metallics.

From: Holographic Foil Business Cards →

Yes — Moo uses real metallic foil film, but the process is digital foil (toner-based transfer), not hot foil stamping. The result is a flat metallic effect without the tactile impression that traditional hot foil stamping creates.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

Moo uses digital foil, where metallic film bonds to toner on the paper surface. Hot foil stamping uses a heated metal die pressed into real foil leaf under pressure, creating a tactile deboss impression with deeper, more mirror-like reflectivity.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

For tactile quality, foil color range, and paper options — yes. Specialty printers using hot foil stamping offer 300+ foil colors, cotton and uncoated papers, and the ability to combine foil with emboss, letterpress, and edge painting. Moo excels at convenience, speed, and low minimums.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

At low quantities (under 100), Moo is typically cheaper. At 250+ cards, hot foil becomes price-competitive. At 500-1,000+ cards, hot foil from specialty printers is often the same price or cheaper than Moo — while delivering measurably higher quality.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

Yes — specialty foil printers like Print Peppermint offer hot foil stamping on cotton stock (32pt and 48pt). Moo offers a cotton option but digital foil adhesion on uncoated surfaces is limited by the toner-based process.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

It depends on your priorities. Moo is best for convenience, speed, and orders under 100 cards. Print Peppermint is best for hot foil quality, foil color range, and orders of 250+ cards. Boutique studios like Mama's Sauce or Studio on Fire offer the highest artisan quality at premium pricing.

From: Beyond Moo: Where to Get Real Foil Business Cards Online →

Cotton fibers are long, flexible, and absorbent — they compress permanently under the pressure of a letterpress plate and absorb ink deep into the fiber matrix. Standard wood-pulp cardstock resists compression and keeps ink on the surface, resulting in shallower impressions and less saturated color. Cotton is the only stock that consistently delivers the deep, tactile bite letterpress is known for.

From: Cotton Business Cards — Why Cotton Is the Best Stock for Letterpress →

No. Cotton stock is uncoated and highly absorbent, which means CMYK process printing produces muddy, oversaturated results. Gradients and fine halftone screens also don't reproduce well. Cotton letterpress cards are best suited for solid-color designs, typography, logos, and simple line art. If you need photographic imagery, a silk laminate or soft touch stock with digital printing is a better choice.

From: Cotton Business Cards — Why Cotton Is the Best Stock for Letterpress →

Our cotton stock is a natural off-white — warm and soft rather than bright white. This tone is intentional: it provides a sophisticated, classic canvas that makes dark inks and foil accents pop. Cotton stock is not available in bright white, black, or custom colors.

From: Cotton Business Cards — Why Cotton Is the Best Stock for Letterpress →

Letterpress orders go through our Studio production tier, which takes approximately three weeks. Each card is printed on an actual letterpress, so the process can't be rushed without compromising quality. Every order includes a free digital proof and free shipping within the US.

From: Cotton Business Cards — Why Cotton Is the Best Stock for Letterpress →

Yes, and both pair exceptionally well with cotton stock. Hot foil stamping (gold, silver, rose gold, copper, or holographic) adheres beautifully to the compressed cotton fibers. Edge painting adds a bold stripe of color along the card's thick edges. The combination of letterpress impression, foil, and painted edges is one of the most premium configurations available.

From: Cotton Business Cards — Why Cotton Is the Best Stock for Letterpress →

A vector file: PDF or AI (Illustrator), with an AI copy saved down to CS6 compatibility because older laser software reads it more reliably. Set it up in millimetres at 1:1, with the artboard equal to the trim size. Some laser operators also want a DXF of the cut layer. Raster formats like JPG, PNG or TIFF can't drive a laser.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

We use a spot swatch named CUT, set to 100% magenta, drawn as a 0.25 pt centre-aligned stroke with no fill and overprint on. The laser follows the centre of the path, so the stroke weight is only for display. What matters is that the cut line uses a dedicated colour that appears nowhere in the artwork. Many laser-only shops ask for RGB red (255/0/0) instead, so check with your vendor.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

An island is any piece of paper completely enclosed by a cut, like the inside of an O, e or a. It falls out. If you want it gone (a window), cut only the outer contour and say so in your notes. If you want it to stay (a stencil), connect it to the surrounding paper with bridges at least 1.0 mm wide.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

No thinner than the paper is thick. On typical 250–350 gsm card, keep bridges and lace strands at least 1.0 mm, slots at least 0.8 mm, cuts at least 1.0 mm apart, and cut work at least 3 mm from the card edge. Thicker stocks need proportionally larger features.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

Put each layer in its own file on the same artboard so they stack exactly. Plan for about ±0.5 mm of movement between layers. Spread anything that shows through a window, like foil or colour, 0.5 mm past the cut, and keep critical print 2 mm away from cut edges. Include an assembled mock-up as a reference only.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

That's laser engraving, not cutting. The laser removes the top ply and exposes the colour underneath. Supply it as filled vector shapes on a separate engrave file, with lines at least 0.5 mm and gaps at least 0.4 mm, on the same artboard as the print file. Leave those elements out of the CMYK print.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

A laser cuts with heat, which leaves a thin browned zone of about 0.1–0.4 mm along the edge. It's barely visible on black and dyed-through stocks. It shows more on bright white paper and in dense lace, where heat concentrates. That's why dark and colour-core stocks are the natural home for intricate laser work.

From: How to Set Up Files for Laser Cutting — Cut Lines, Islands, Bridges and Multi-Layer Cards →

Yes — that's the main distinction. Flat spot UV is only a few microns thick, so it's visible as a gloss contrast but barely perceptible by touch. Raised spot UV builds up to 50–80 microns and creates a clearly tactile, dimensional surface you can feel with your fingertip or fingernail.

From: Raised Spot UV vs Flat Spot UV — Which Creates More Impact? →

Both flat and raised spot UV need a matte base to create contrast. We recommend 16pt silk laminate or soft touch laminate. Soft touch is especially effective with raised UV because the velvety matte background makes the glossy raised areas feel even more dramatic.

From: Raised Spot UV vs Flat Spot UV — Which Creates More Impact? →

Raised spot UV is produced through our Studio tier, which takes approximately 3 weeks. Flat spot UV is available on both Studio (~3 weeks) and Quick Ship (5–7 business days) timelines. All orders include free shipping within the US.

From: Raised Spot UV vs Flat Spot UV — Which Creates More Impact? →

Absolutely. Raised spot UV pairs well with hot foil stamping, edge painting, and edge foil. A common combination is a foil-stamped logo with raised UV applied over or around it for both metallic shine and tactile dimension.

From: Raised Spot UV vs Flat Spot UV — Which Creates More Impact? →

No. Embossing uses a metal die to physically press the paper stock, creating a raised area on one side and an indentation on the other. Raised spot UV builds dimension by layering thick UV varnish on the surface — the back of the card stays completely flat. The visual effect is similar, but the production process and feel are different.

From: Raised Spot UV vs Flat Spot UV — Which Creates More Impact? →

No separate setup fee. Laser programming, PVD batch preparation, and print plate creation are built into the per-card pricing. What you see in the configurator or quote is the total — no hidden fees.

From: How Much Do Metal Business Cards Cost? →

Yes. Adding an NFC chip adds approximately $2 to $4 per card depending on quantity. At 100 cards, expect roughly $200 to $400 in additional cost.

From: How Much Do Metal Business Cards Cost? →

The per-card price already decreases significantly at higher quantities — that volume discount is built into the pricing tiers. For orders above 1,000 cards, request a quote and we'll provide custom pricing.

From: How Much Do Metal Business Cards Cost? →

Yes. Order a sample pack to see and feel the different metals, finishes, and techniques before committing to a full order.

From: How Much Do Metal Business Cards Cost? →

We don't publish competitor price comparisons — pricing changes frequently and depends on too many variables. Our metal cards are produced by the same specialty manufacturers used by several well-known metal card brands. The quality is equivalent. Where we differ is in design guidance, file preparation, and the rest of the product ecosystem.

From: How Much Do Metal Business Cards Cost? →

Indefinitely. Stainless steel doesn't degrade under normal conditions, and PVD coatings are designed to resist wear, corrosion, and UV exposure. A metal card will look the same in ten years as it does today. If anything changes, it's minor surface scratches on mirror-finish cards from being carried loose with other items.

From: Metal Business Cards: The Complete Guide →

In most cases, yes — with modifications. Solid-color backgrounds become the metal surface itself (choose the metal color that matches). Foil elements translate to engravings. Full-color graphics move to the color print layer. Fine text below 6pt needs enlargement. Gradients require color printing, not engraving. We review and adapt every file as part of the production process, at no extra charge.

From: Metal Business Cards: The Complete Guide →

They can. A single card in a wallet is unlikely to trigger a walk-through detector, but a stack of cards in a bag may flag during X-ray screening at airports. If you fly frequently, carry a small number in your wallet and ship the rest to your destination.

From: Metal Business Cards: The Complete Guide →

Yes. Stainless steel and PVD coatings are fully water-resistant. A metal card can survive a washing machine cycle, rain, spilled drinks, and humid environments without any damage.

From: Metal Business Cards: The Complete Guide →

Credit card size — 3.375" × 2.125" (85.6mm × 54mm). This is slightly larger than a standard paper business card (3.5" × 2") and matches the ISO/IEC 7810 ID-1 standard used by credit cards, driver's licenses, and ID badges. Metal cards fit in standard wallets and card holders.

From: Metal Business Cards: The Complete Guide →

Yes. We offer quantities as low as 5 cards. The per-card price at 5 is high ($46-$49 per card) because you're absorbing the full setup cost, but it's a valid way to test the product or create a small batch for a specific event. Most people start at 50 or 100.

From: Metal Business Cards: The Complete Guide →

Yes. Standard US shipping is included in all pricing. International shipping is available at additional cost — we'll quote the shipping fee based on your destination when you order.

From: Metal Business Cards: The Complete Guide →

Yes. Our sample pack includes samples in all available metal colors so you can compare them side by side in person. The difference between screen and real life is significant — PVD coatings interact with light in ways a monitor can't reproduce.

From: Which Metal Business Card Color to Choose →

Black stainless steel, by a significant margin. It accounts for roughly 35-40% of our metal card orders. Silver is second at about 25%. Gold is third. The remaining five colors split the rest.

From: Which Metal Business Card Color to Choose →

Not in a single production run. PVD coating is applied as a uniform layer — the entire card surface receives the same color. To achieve a two-tone effect, you'd use one metal color as the base and create contrast through engraving (which reveals the silver steel underneath the coating) or color printing (which applies different colors on top of the coating).

From: Which Metal Business Card Color to Choose →

Brushed finish in any color hides fingerprints better than matte or mirror. Among colors, silver and copper show fingerprints least because the natural tonal variation masks oils. Black mirror is the worst — fingerprints are immediately visible. If fingerprint resistance matters, choose brushed.

From: Which Metal Business Card Color to Choose →

The PVD gold coating is not actual gold — it's titanium nitride or similar compounds engineered to match the color and reflective properties of 18K gold. It's more durable than actual gold plating (which can wear and tarnish) and significantly less expensive. The visual and tactile result is indistinguishable from gold plating in normal use.

From: Which Metal Business Card Color to Choose →

All of them. The NFC chip is embedded inside the card and works regardless of the metal color or surface finish. The chip's functionality is not affected by PVD coating.

From: Which Metal Business Card Color to Choose →

Partially. A 48pt cotton card with edge painting and foil gives you physical weight (1.2mm thick), a metallic element (foil), and a premium material experience. It's the closest paper gets to metal's impact. But it still feels like paper — warm, fibrous, flexible. Metal's sensory signature (cool temperature, rigid, heavy for its size) is unique to the material.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

Metal is currently your only option for NFC business cards from us. NFC chips can be embedded in metal, wood, and plastic cards. Paper cards don't support embedded NFC because the chip requires a rigid substrate.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

Yes, via color printing on the metal surface. The result looks different from paper — the metallic base shows through slightly, giving colors a different quality. Whether that's desirable depends on the design. For true photographic reproduction with maximum fidelity, silk laminate paper is still the best medium. For a unique look where the metal surface interacts with the printed colors, metal color printing can be striking.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

Estimate how many cards you hand out per month. The majority of that number should be paper (volume use). Then estimate how many high-value meetings you have per month — multiply by 12, add a buffer, and that's your metal order. For most professionals, that's 250-500 paper cards and 50-100 metal cards per year.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

The same brand identity, yes. The exact same design file, usually not — metal requires vector artwork with layer separation for engraving, cutouts, and printing. Paper requires a standard print-ready file with CMYK colors and bleed. We handle both file formats and can adapt one design for both media.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

Paper cards are made from renewable materials (wood pulp or cotton) and are recyclable. Metal cards are made from stainless steel, which is recyclable but energy-intensive to produce. However, metal cards last indefinitely and are rarely discarded, while paper cards are frequently thrown away after the contact info is captured. The environmental calculus isn't straightforward.

From: Metal Business Cards vs Paper — When Metal Actually Makes Sense →

We don't offer full brand design services, but we do handle all file preparation and production-ready artwork setup. If you have a logo and know what information you want on the card, send those to us and we'll create the production file with proper layer separation, sizing, and layout. For complex design work, we can recommend designers who specialize in print-ready work.

From: How to Design for Metal Business Cards →

Always. Every metal card order includes a digital proof showing exactly what will be engraved, cut, and printed. You approve the proof before anything goes to production. If the proof isn't right, we revise it. There's no limit on proof revisions.

From: How to Design for Metal Business Cards →

We can provide an Illustrator template with the correct dimensions (3.375" × 2.125"), corner radius, bleed area, and pre-made layers (Engrave, Cut, Print) labeled and color-coded. Request a quote and mention you'd like the template, or email us at [email protected] and we'll send it over.

From: How to Design for Metal Business Cards →

We'll tell you. During file review, if a design has fundamental issues (entirely photographic with no engraving elements, or cutouts that would make the card structurally unsound), we'll explain what the limitations are and suggest alternatives. Sometimes the answer is "this design works better on paper with foil" — and we'll guide you in that direction if that's the case.

From: How to Design for Metal Business Cards →

Typically 1-2 business days. If the file is clean and production-ready, it moves to proofing immediately. If adjustments are needed, we make them and send you the revised proof within the same window.

From: How to Design for Metal Business Cards →

Yes, via the color print layer. The photograph is printed directly onto the metal surface. The metallic base shows through slightly, giving the image a distinctive quality. For the sharpest photographic reproduction, silver or white metal provides the most neutral canvas. Dark metals (black, gold) shift the color temperature of the printed image.

From: How to Design for Metal Business Cards →

Most phone cases don't interfere with NFC — the signal passes through plastic, silicone, leather, and thin rubber cases. Very thick cases, metal cases, or cases with magnetic closures can sometimes block or weaken the signal. If a scan doesn't work on the first tap, removing the case will always resolve it.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

All cards in a single order are programmed with the same URL. If you need different URLs for different team members, each person's cards are a separate order (or a multi-name order with per-person programming — request a quote for this). Alternatively, use a digital business card service (Blinq, HiHello) where each team member has their own profile page, and program each batch with that person's unique profile URL.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

It depends on the wallet. Leather wallets usually allow the signal through. Metal card holders will block it — you'll need to remove the card from the holder for the tap to work. This is true for all NFC cards, not just metal ones.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

Yes. We offer NFC chips in metal, wood, and plastic cards. Each material creates a different impression. Metal + NFC is the most premium combination. Wood + NFC has an eco-friendly, craftsmanship quality. Frosted plastic + NFC is the most tech-forward look.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

NFC is a subset of RFID technology, operating at 13.56 MHz with a very short read range (a few centimeters). RFID encompasses a broader range of frequencies and distances. For business cards, NFC is the relevant standard — it's what phones use for contactless interactions.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

NFC chips have no moving parts and are encased in metal. Physical failure is extremely rare — the card would need to be bent severely (which stainless steel resists) or exposed to extreme heat. If a chip fails, we replace the card. In practice, we've seen near-zero failure rates on NFC metal cards.

From: NFC Metal Business Cards — Smart Cards That Make an Impression →

Because the antenna is in the plastic layer behind the steel, and steel blocks the field. It's the hybrid construction — the most common one — working as designed.

From: Metal NFC business cards: how the chip actually gets inside →

Yes, unless it was locked. NTAG213/215/216 chips are rewritable with any free NFC app; we only lock on request. The better setup is a link you control, so the destination changes without touching the chip.

From: Metal NFC business cards: how the chip actually gets inside →

Memory only — 144, 504 and 888 bytes. A URL fits in 213 with room to spare. You'd want 216 for a full vCard stored on-chip, which most people don't need because the URL does the work.

From: Metal NFC business cards: how the chip actually gets inside →

No and no. It's a passive tag with no battery; it does nothing until a reader powers it. Stacked directly against another NFC card it can make both hard to read, which is true of any two NFC cards.

From: Metal NFC business cards: how the chip actually gets inside →

Easily — neither blocks the field, so the inlay laminates straight in and reads from both sides. Metal is the only material that needs the engineering above.

From: Metal NFC business cards: how the chip actually gets inside →

Yes — we cut to whatever you specify. The only cost is yield: an odd size may fit fewer pieces per sheet, so you pay for more sheets. We'll tell you when you're a few millimetres away from a size that would land better, and what the difference is worth.

From: Stationery and specialty sizes →

Either, as long as you say which. Give the trim size and the orientation. If you're using a letter code — A7, C6, #10 — add the dimensions, because those codes mean different things in different systems.

From: Stationery and specialty sizes →

Guillotine cutting has a tolerance of roughly ±0.03 in / 0.8 mm across a lift. That's why safety margins exist: a border 1 mm from the trim will look uneven across a stack, while the same design with 3 mm of breathing room looks perfect.

From: Stationery and specialty sizes →

Bleed goes on every outer edge of the flat sheet, not at the fold. Set the artwork up as the flat size with the score marked, and let us position it on the sheet.

From: Stationery and specialty sizes →

Those follow ISO 7810 ID-1 — 85.6 × 53.98 mm with a 3.18 mm corner radius — because that's the size a wallet slot is built for. Custom shapes are cut on the same equipment; the standard just gives you a card people can carry.

From: Stationery and specialty sizes →

No. UV printing is ink cured by UV light — it makes the artwork. Spot UV is a clear varnish applied over selected areas to create gloss against matte. They're often used together on one piece.

From: What UV Printing Actually Is (and When We Use It) →

Yes, and it's one of the main reasons we use it. On clear and frosted stock the decision that matters is whether to print a white underbase behind the colour — without it, process colour reads as a translucent tint rather than a solid image.

From: What UV Printing Actually Is (and When We Use It) →

Not convincingly. Process ink can print a metallic-looking grey or ochre, but it won't read as metal. Real metallic means foil stamping, a metallic PMS ink, or a metallic substrate.

From: What UV Printing Actually Is (and When We Use It) →

Not reliably. Process UV on a non-absorbent surface, with the substrate's own colour and sheen affecting the result, isn't the right tool for an exact match. Spot-colour screen printing, a PMS offset run, or foil are.

From: What UV Printing Actually Is (and When We Use It) →

For one to three flat colours, screen lays a thicker and more opaque film than process UV, which reads as more saturated and more deliberate on a matte or mirror metal surface. UV is the better answer when the artwork is photographic or carries more colours than screen can run economically.

From: What UV Printing Actually Is (and When We Use It) →

For most attorneys, 32pt silk laminate with a soft touch coating hits the ideal balance of thickness, modern feel, and professional appearance. For firms with a traditional brand, cotton stock with letterpress printing is the classic choice. Both options feel substantial and signal quality without being flashy.

From: Business Cards for Lawyers and Law Firms — What Actually Impresses →

Foil stamping works well on legal business cards when used with restraint. A gold or silver foil accent on a firm monogram, a thin foil rule line, or a foiled firm name can add a premium touch. Avoid covering large areas in foil or using holographic finishes — subtlety is key in legal branding.

From: Business Cards for Lawyers and Law Firms — What Actually Impresses →

Include your name, title (Partner, Associate, Of Counsel), firm name and logo, one phone number, email address, firm website, and office address. Leave off fax numbers, QR codes, LinkedIn URLs, and long lists of practice areas. Check your state bar's advertising rules, as some jurisdictions have specific requirements for attorney business cards.

From: Business Cards for Lawyers and Law Firms — What Actually Impresses →

We recommend ordering 250-500 cards at a time. This provides enough inventory for several months of networking, client meetings, and court appearances without cards sitting around long enough to get damaged or outdated. If your contact information changes frequently, smaller batches of 250 keep waste minimal.

From: Business Cards for Lawyers and Law Firms — What Actually Impresses →

Black stock with gold or silver foil can look striking, but it's a polarizing choice in legal. It works well for entertainment lawyers, criminal defense attorneys, and IP attorneys serving creative industries. For corporate law, estate planning, or family law, traditional white or off-white stocks tend to be more appropriate for the client expectations in those practice areas.

From: Business Cards for Lawyers and Law Firms — What Actually Impresses →

32pt is the sweet spot for most real estate agents. It's noticeably thicker than the standard 16pt cards most brokerages provide, holds up well in wallets and on countertops, and pairs beautifully with finishes like soft touch laminate or spot UV. For luxury agents, 48pt makes an even stronger impression.

From: Business Cards for Real Estate Agents — Stand Out in a Stack →

It depends on the quality of the photo and the overall design. A professional, well-lit headshot on a clean layout builds familiarity and trust. A low-quality or outdated photo on a cluttered card does more harm than good. Many top-producing luxury agents skip the headshot entirely in favor of a cleaner, more modern design.

From: Business Cards for Real Estate Agents — Stand Out in a Stack →

For most active agents, 500 to 1,000 cards is a practical order size. This gives you enough for several months of open houses and networking without risking waste if your contact info or brokerage changes. Agents using specialty materials like metal or NFC cards typically order 100 to 250 for targeted use.

From: Business Cards for Real Estate Agents — Stand Out in a Stack →

Soft touch laminate is the most popular — it adds a velvety feel and resists fingerprints. Spot UV creates a striking gloss-on-matte contrast that highlights your name or logo. Foil stamping in gold or silver signals established professionalism. Edge painting is underused in real estate and creates strong visual differentiation in a stack of cards.

From: Business Cards for Real Estate Agents — Stand Out in a Stack →

NFC cards are especially effective in real estate because they can link directly to your current listings, scheduling page, or contact form. When a prospect taps your card on their phone, they get instant access to your digital presence. The cards look and feel like premium paper cards but add a functional digital layer that impresses tech-savvy clients.

From: Business Cards for Real Estate Agents — Stand Out in a Stack →