Summa Flatbed Cutters (F-Series)
A collection page of Granthams GT Ltd
About
Summa Flatbed Cutters are built for precision, performance, and versatility - designed to handle an extensive range of materials used in signmaking, packaging, print finishing, and display production. Each Summa system features a modular tool setup, allowing you to configure your cutter perfectly to suit your workflow from kiss-cut vinyl graphics to heavy-duty board and composite materials. Typical materials include : Vinyl • Self-adhesive films • Cardboard • Corrugated board • Foamboard • Display board • Acrylic • PVC • PET • Magnetic sheet • Rubber • Gasket materials and more. ▼Tool Options and Capabilities The Summa Flatbed Cutters include a Drag Module as standard, with all other tools available to purchase separately, helping you tailor the build to your needs. The Kiss Cutting Tool delivers perfect depth control for cutting self-adhesive vinyls, films, and stickers without cutting through the liner. Ideal for producing labels, decals, and printed graphics. The Drag Knife Module is a versatile, cost-effective solution for through-cutting flexible materials such as paper, vinyl, and thin plastics. Great for contour cutting and short-run production. The Tangential Knife Module offers computer-controlled blade rotation for clean, precise cuts on thicker or more rigid materials, ensuring sharp corners and accurate edges. The Oscillating Knife Tool u ses a high-speed up-and-down cutting motion to handle dense or fibrous substrates like foamboard, corrugated plastic, cardboard, rubber, and display board. Perfect for packaging, POS, and prototypes. The Corrugated Tool is specially developed for packaging and display work. This tool applies consistent pressure to create accurate fold lines on corrugated board, folding carton, and display card without damaging the surface, but is also capable of cutting up to 5mm Foam PVC / Foamex. The Heavy-Duty Cutting Tool is designed for thicker or more demanding materials such as foam, rubber, gasket materials, and composites - ens
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