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STAPLING SYSTEMS 2021-03-29T11:17:08+00:00

STAPLING SYSTEMS AND LINEN STRECHING

Machines thoroughly designed for the Fine Arts industry, whose main feature is the cutting, stretching and stapling of plain or printed fabrics in wooden frames for the manufacturing of canvases. You can consult directly with our Automatic Stapling Department.

GPS-V3 UNI-MULTI_EN (PDF)
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ONGOING PROCESS OF CANVAS´ MANUFACTURE WITH BLANK LINENO

The manufacture of canvases for art has never been so easy, fast and cheap. Even the centering of a printed linen on a wooden frame, is also very fast and effective.

AUTOMATIC MACHINE GPS – V2 OF CANVAS’ STRETCHING AND STAPLING

Stapling and stretching automatic machine of canvases or linens in frames or wooden frames.
It allows the stretching and stapling of the canvas in different sizes between 16 cm (6 inch) on the side, up to 150 cm (60 inch) in width and length. The frames’ thickness of 2 cm (0.75 inch) and 4 cm (1.5 inch).

DEVELOPMENT AND CUTTING OF MDT-V0 FABRICS

Cuts the fabric to be assembled on a canvas to the needed length.

STNT-3 FABRIC SPOOLS CUTTING

Cuts the fabric to be assembled on a canvas to the needed width.

FABRIC STAPLING WITH IMAGES

The technology of the automatic stretching and stapling machine GPS-V2, allows the perfect centering of the image on the frame quickly and safely. We achieve high productivity and quality finish, with no later cuts on the back of the frame.

ASSEMBLING WOODEN STRIPS FOR FRAMES

It makes it possible to assemble the wooden slats of a frame, in a single operation

Possibility of assembling in the basic model, from 19 x 19 cm to 110 x 110 cm, all intermediate measures. That it is not necessary to mount the central reinforcements.

If central reinforcements are needed in the frames, in longer measures, we can study a solution

The position guides in the X and Y axes are mechanically locked and the unlocking is pneumatic

The position measurements are determined with index rules, on both axes

The placement of the slats is simple once the axes are located