Metal RFID Cards Metal Card Printing Specs Metal marking guide

Guide index

Metal Card Printing Specs

Metal card printing is a coordinated surface-and-data decision. Laser, deep engraving, UV colour, white ink, enamel fill, QR zones, serial data, edge finishing, and custom cuts need to stay compatible with the selected metal body, RF stack, scan requirements, and approval sample.

LaserDeep engravingUV colourWhite inkEnamel fillQR + serialArtwork

Request Quote All Metal RFID Cards

(01) — Metal Card Printing Specs

Choose the print and personalization route.

Each route below focuses on one buying decision: use case, chip or print method, sample direction, and quote details.

Permanent mark

Laser engraving

Laser engraving is the cleanest permanent mark route for metal RFID cards: a fiber laser alters the metal surface itself, so the mark cannot peel,...

Sculpted depth

Deep engraving

Deep engraving creates a tactile, dimensional metal card surface — a mark you feel under a fingertip, not just see. Recessed logos, sculpted...

Full-colour print

UV colour print

UV printing turns a metal card into a vivid brand surface while retaining the weight and edge quality of metal. The ink is laid onto the surface and...

High contrast

White ink

White ink is the clearest print route on matte black, gunmetal, carbon, and other dark metal faces — an opaque layer that gives critical data and...

Colour-filled detail

Enamel fill

Enamel fill gives engraved metal marks clear, durable colour without turning the whole card into a generic printed surface. It is a sequence, not a...

Variable data

QR and serial

A QR or serial zone gives gate staff, service teams, and systems a clear fallback beside RFID or NFC. On metal it arrives by two routes — lasered...

Touch and thickness

Edge finishing

The edge is where a metal card is judged in the hand. Edge finishing controls how a 0.3–0.8 mm body feels, reflects light, and survives handling —...

Production files

Artwork specs

A metal RFID artwork file needs more than a logo. Production-ready means vector artwork (AI, PDF, or EPS) with fonts outlined, each process on its...

(02) — Gallery

Explore vivid UV color, gold colored edges, laser geometry, sculpted shapes, white ink, QR detail, and raised gloss.

Realistic finish directions across metal surfaces: bright color waves, warm gold edge accents, cool silver linework, precision engraving, custom silhouettes, crisp white contrast, variable data, and tactile clear gloss.

Brass metal card with a recessed deep engraving — 01 / What this shows **Deep engraving**

Aluminium metal card with vivid UV colour print — 02 / What this shows **UV colour print**

Black metal card with crisp white-ink detail — 03 / What this shows **White ink**

Copper metal card with a recessed navy enamel detail — 04 / What this shows **Enamel fill**

Black metal card with a precision laser data-matrix zone — 05 / What this shows **QR and serial**

Titanium, copper, and black metal card edge profiles — 06 / What this shows **Edge finishing**

Brushed steel card on an artwork approval proof — 07 / What this shows **Artwork specification**

Metal RFID finish stack — 08 / What this shows **Reader and chip context**
Use this to judge how the wood body, tap area, chip route, and reader test fit together.

Metal RFID edge detail — 09 / What this shows **Shape and edge direction**
Use this to judge hand-feel, outline, corner radius, and custom-form limits before RF layout.

Metal NFC tap use case — 10 / What this shows **Reader and chip context**
Use this to judge how the wood body, tap area, chip route, and reader test fit together.

(03) — Metal Card Printing Specs

Select the metal surface before locking the marking route.

Mirror, brushed, black, gold, brass, copper, titanium, and carbon-hybrid faces all respond differently to laser tone, UV adhesion, white opacity, engraving depth, and scan contrast.

(04) — Metal Card Printing Specs

Keep variable data operational.

QR codes, serials, UID references, member IDs, packaging labels, and any NFC or access data should be generated from one approved file and validated against the finished print proof.

(05) — Specification

Production details to confirm before sample or batch.

Metal card production should confirm body construction, finish, chip route, data handling, marking layers, and approval samples in one brief.

Main routes Laser, deep engraving, UV colour, white ink, enamel fill, QR and serial, edge finishing, artwork files

Data options QR, serial, UID reference, NDEF URL, member ID, access reference, box label

Artwork inputs Vector source, print layers, laser layers, data template, die line, RF-safe zones

Approval path Finish proof, scan test, variable-data sample, encoded working sample, pre-production approval

(FAQ) — Common questions

Questions buyers ask about Metal Card Printing Specs.

01Which marking route should a metal RFID card use?

Choose by the selected metal surface, required contrast, data zones, handling, and the intended visual character. Laser and engraving are permanent; UV and white ink support colour and high contrast; QR and serial data add operational fallback.

02Can a metal RFID card use full-colour print?

Yes. Full-colour UV artwork, gradients, white underbase, and variable data can be used on approved metal constructions. A physical proof confirms colour, adhesion, edge registration, and scan performance.

03What files are needed for metal card artwork?

Provide vector artwork, separate print and laser layers, QR or serial data template, die line where relevant, and the reader or chip requirement so RF-safe placement can be confirmed.

(08) — Quote Metal Card Printing Specs

Send quantity, chip, material, print and encoding requirements.

Engineered antenna pathFerrite or hybrid RF structureLaser and deep engravingBrushed, plated, coated finishesUID, NDEF, and access encodingSample kits and production approval