Gfp FT-48

Call 800-888-7901 to speak with an Athens expert today.

Price starting at: $2,940.00 Click to view spec sheet →


Athens is an Authorized Dealer for Gfp wide format laminators. Financing available to qualified buyers

The FT-48 turns any roll laminator into a sign making, flatbed applicator for mounting or laminating rigid substrates and printed sheets by providing a faster, easier one-step roll application process. It combines a 60” W x 48” D roller ball transfer table with a cutting surface, both in one space-saving accessory

Compared to expensive flatbed applicators, the FT-48 delivers…

  • Lower cost
  • Dual functionality
  • Faster workflow
  • Lightweight strength and durability
  • Simple set-up/operation
  • Comfortable 38" table height
  • Two-sided work surface
  • Space-saving portability

Use one table surface as an in-feed to a roll laminator for laminating, pre-coating or mounting boards up to 5’ x 10’. Use the back side as a worktable for trimming prints.

The Transfer table side features 4 rows of transfer balls for easy positioning of images and precise alignment. It includes a full-length 48" side guide and printed alignment guides for straight feeding of standard board widths. Roll the table away and you have all the advantages of a roll laminator.

The Cutting table side allows easy alignment of graphics that need to be trimmed. The surface is thick, durable 180-gauge, 3/16” translucent Polyethylene (LDPE). Its seamless translucent white, non-glare surface can be cut with rotary cutters and utility knives repeatedly without leaving marks. This self-healing surface means more accurate cuts and less blade wear.

Portable and easily storable. When you're done with your job, just fold the table 90 degrees and roll it out of the way until you need it again. The FT-48 frame, made of strong, durable,

lightweight aluminum, has a better strength to weight ratio than steel.


Call 800-888-7901 to speak with an Athens wide format expert today about this Gfp FT-48 transfer table and cutting surface.