Print Finishing Options
We Offer

Available options include lamination, UV coating, varnish, foil stamping, holographic security foil, reverse UV, edge spraying, edge gilding, embossing, debossing, die-cutting, and flocking. Packaging can also include window patching, custom inserts, NFC components, fabric, and other selected materials.

Not every finish works with every stock or box structure. Final feasibility depends on the material, printed coverage, artwork detail, fold position, and whether the finished surface must withstand frequent handling.

Edge spraying applies color to the trimmed edge of the stacked deck. It produces a matte appearance with a slightly frosted feel. Edge gilding applies a reflective metallic layer, giving the deck a brighter, mirror-like edge.

Both processes are completed after the cards are trimmed and stacked. Card thickness, cutting accuracy, coating, and edge artwork can affect the final result, so a finished sample is recommended before mass production.

Foil stamping transfers a metallic or colored foil onto selected artwork, such as a logo, border, or title. Holographic security foil contains a diffractive pattern that changes as the viewing angle changes and can be used as both a decorative and product-authentication feature.

Fine lines, small reversed text, large solid foil areas, and folds require separate review. Supply the foil artwork as a solid vector mask rather than as a gradient or photographic image.

Yes. Foil can be registered with an embossed or debossed area to create a metallic detail with physical depth. Embossing raises the selected area, while debossing presses it below the surrounding surface.

The material must be thick enough to hold the relief without cracking or showing excessive distortion on the reverse. Very small type, thin lines, folds, and artwork close to a cut edge may need to be enlarged or repositioned.

Die-cutting can produce standard cards, custom-shaped cards, rounded corners, windows, inserts, puzzle pieces, folding cartons, and rigid-box components. The same process can also add score and crease lines where packaging needs to fold.

Tight internal corners, narrow bridges, very small openings, and cut lines close to important artwork can weaken the material or expose normal cutting tolerance. The dieline should be approved before final artwork is placed.

Many finishes, including lamination, foil stamping, spot or reverse UV, and selected embossing, can be used on both cards and boxes. The process settings are not necessarily identical because cards flex and shuffle, while boxes use thicker board and contain folds, wrapped edges, or glued areas.

Flocking, fabric integration, deep embossing, window patching, and structural inserts are generally better suited to packaging or rigid components. A finish intended for a card face must also be checked for friction, cracking, blocking, and handling resistance.

For frequently handled cards, choose the stock and surface treatment together. Lamination gives broad surface protection, while UV coating or varnish can provide a thinner protective layer. Matte, gloss, soft-touch, and anti-scratch surfaces differ in friction, glare, and resistance to visible marks.

Decorative finishes can change handling. Large foil areas, raised UV, heavy texture, and some edge treatments may increase friction or reduce shuffle smoothness. A handled sample is more useful than judging these finishes from a photograph.

Yes. NFC components can be concealed between material layers or positioned inside a box, while fabric can be wrapped around panels, used as a lining, or added as a decorative insert. Foam, molded pulp, paperboard, magnets, ribbons, and selected rigid components can also be incorporated into the structure.

These elements must be planned before the dieline is finalized. NFC performance depends on its position and nearby materials, while fabric thickness affects folding, wrapping, glue areas, and box tolerances. A structural sample should be tested before production.

Supply the print artwork in CMYK on the approved card or packaging template. Foil, spot UV, embossing, debossing, and other registered effects should each have a separate clearly named vector layer using a solid spot color. Do not represent a finishing mask with gradients, transparency, shadows, or raster texture unless the production team requests it.

Die-cutting requires an approved dieline with cut, crease, perforation, window, and glue areas identified separately. Keep essential text and artwork away from cut lines, folds, and wrapped edges. Fonts should be outlined and linked images embedded before export.

Each finishing process adds its own setup, material, production pass, registration check, drying or curing time, and quality inspection. Standard varnish or lamination usually adds less complexity than registered foil, embossing, edge finishing, flocking, or packaging with embedded components.

Cost also depends on the finished area, number of positions, tooling, material compatibility, order quantity, and reject risk. Combining several effects does not always produce a better result. One or two finishes placed deliberately are usually easier to control than multiple overlapping treatments.