Rubi SLAB TRANS Heavy Duty

$2,750.00

The Rubi SLAB TRANS HEAVY DUTY conveyor is specially designed for the handling of ceramic sheets and large format tiles up to 320 cm long.

The Rubi SLAB TRANS HEAVY DUTY can be used as a complement to the SLIM CUTTER and TC-125 cutting systems.

It consists of a set of two profiles of extruded aluminum, reinforced, retractable and adjustable from 160 to 320  cm and two perpendicular crossbeams that favor the robustness and stability of the whole, especially during the handling of the heaviest pieces.

Available on backorder

Description

Rubi SLAB TRANS Heavy Duty

The Rubi SLAB TRANS HEAVY DUTY conveyor is specially designed for the handling of ceramic sheets and large format tiles up to 320 cm long.

The Rubi SLAB TRANS HEAVY DUTY can be used as a complement to the SLIM CUTTER and TC-125 cutting systems.

It consists of a set of two profiles of extruded aluminum, reinforced, retractable and adjustable from 160 to 320  cm and two perpendicular crossbeams that favour the robustness and stability of the whole, especially during the handling of the heaviest pieces.

Thanks to the 6 vacuum cups, the setter can adjust the fixing points, ensuring the handling of the porcelain sheets.

For a correct fixation of the system, we must check that the surface of the sheet is clean of dust or other debris.

The set has 6 handles (3 per guide) that can be adjusted and positioned throughout the length of the guide, facilitating and adapting the SLAB TRANS HEAVY DUTY at every moment and format.

Materials

  • Ceramic tile and large-format ceramic tiles.

Use

  • Conveyor / frame for the handling of ceramic sheet.

More Large Format Tile Tools

Rubi SLAB TRANS Heavy Duty Features

  • 2 perpendicular aluminium guides, retractable from 165 cm to 320 cm.
  • 6 vacuum cups Ø20 cm, for any type of surface (3 per profile).
  • Equipped with a set of perpendicular crossbars for greater stability.
  • Additionally, the SLAB TRANS HD can incorporate additional suction cups (item 18827) to increase its maximum load capacity.