Digital Flatbed Cutters and Digital Print Finishing Systems

A flatbed cutter is a computer-controlled cutting system that processes materials on a flat table using tools such as knives, creasing wheels, routers and registration cameras.

A digital flatbed cutter is used to cut, crease, route, kiss cut, engrave and finish materials for signage, packaging, retail displays, prototypes, industrial parts and printed graphics.

Common materials include foam board, PVC, ACM, corrugated plastic, cardboard, paperboard, vinyl, reflective film, textiles, leather, rubber, composites, MDF, MDO, acrylic and specialty boards.

Die cutting uses a physical die made for a specific shape. Digital cutting uses a computer-controlled tool path, which makes it better suited for short runs, prototypes, custom shapes and frequent design changes.

An oscillating knife cutter uses a rapidly moving blade to process materials that may be difficult to cut cleanly with a drag knife alone. It is commonly used for foam board, corrugated materials, gasket materials and packaging substrates.

Kiss cutting cuts through the top layer of a material without cutting through the liner or backing. It is commonly used for decals, labels, vinyl graphics and adhesive-backed materials.

Through cutting cuts completely through the material. It is commonly used for rigid boards, packaging components, display pieces, foam parts and finished shapes.

Camera registration uses printed marks or visual references to align the cut path to the printed image. This improves accuracy for contour-cut graphics, packaging, displays and decals.

CNC routing uses a rotating cutting tool to remove material from rigid substrates such as plastics, MDF, MDO, acrylic and other production materials. On a flatbed cutter, routing can expand the range of applications beyond knife cutting.

Digital print finishing is the process of turning printed output into finished products through cutting, trimming, routing, creasing, laminating, mounting, folding, packaging or other finishing steps.

Flatbed cutters are used in signage, wide format printing, packaging, retail display production, trade show exhibits, industrial manufacturing, prototyping, protective packaging, architectural graphics and specialty fabrication.

Yes, depending on the system configuration and tooling. Engraving can be used for marking, surface detail, pocketing, hatch fill, island fill and routed production effects.

Yes. Foam cutting is a common flatbed cutter application for protective packaging, inserts, tool organizers, dimensional displays, prototypes and specialty fabrication.

Yes, with the correct routing configuration and tooling, flatbed cutting systems can process acrylic and other rigid plastic materials.

Yes. PVC is a common production material for signage, displays, panels and routed graphics when matched with the correct cutting or routing tooling.

Yes, depending on tooling and configuration. ACM is commonly associated with sign panels, architectural graphics and rigid display applications.

Flatbed cutter workflows typically involve design files, cut paths, registration marks, nesting, tool settings and machine production software. The best software workflow depends on the equipment configuration and production environment.

Start with materials, sheet sizes, production volume, required tooling, registration needs, automation requirements, available floor space, staffing and future growth plans.

Sheet-fed automation helps load, move or process sheet-based work more consistently. It can reduce operator handling and improve repeatable production flow for printed sheets, packaging and display work.

A magnetic drive flatbed cutter uses magnetic drive technology as part of the motion system. In the Apex lineup, the Apex M Series is positioned around advanced magnetic drive production performance.

In many workflows, a flatbed cutter can reduce or remove large amounts of manual trimming, especially when work involves repeat shapes, contour cuts, printed graphics or packaging components.

Yes. Digital flatbed cutters are often used for folding carton samples, corrugated packaging, short-run production, prototypes, creasing and custom structural designs without the need for conventional dies.

A cutting plotter is often associated with roll-fed vinyl cutting. A flatbed cutter supports a wider range of rigid and flexible materials on a flat vacuum table and can use multiple tools for cutting, creasing, routing and finishing.

Yes. With camera registration, a flatbed cutter can read marks on printed sheets and align the cut path to the printed image for decals, displays, packaging and contour-cut graphics.

The Apex Series gives CUTWORX USA customers a range of digital flatbed cutting platforms for growing shops, high-production environments, advanced magnetic drive applications, large-format work and sheet-fed automation.

The right model depends on materials, sheet sizes, production volume, automation needs, available floor space and finishing workflow. CUTWORX USA can help evaluate those requirements before recommending a configuration.

CUTWORX USA supports equipment selection, workflow planning, installation, training, application guidance and ongoing technical service for production-focused finishing environments.