High pressure gluing system for folder-gluer machines


High pressure gluing system for folder-gluer machines

ERO-TE high pressure gluing system has been designed for normal and extremely high-speed folder-gluer machines.

The ERO-TE system includes the following standard features:
  • 8 channel control panel as standard (16 or more channels available on request)

  • High-pressure double-piston ERO® glue pump

  • High-pressure ERO® flow regulator

  • Digital proportional valve and air treatment group

  • Complete device optionally equipped with check valve and low glue level alarm

  • Encoder with support and pulley, laser photo-eye, glue filter, glue air hoses, pump suppport fitted with sliding device and cover

  • Electromagnetic glue applicator type GTE-13/S

  • Movable structure available as an option

  • Extra high-speed production

  • Low maintenance & easy handling

  • Maximum reliability at high speeds

  • Dot distribution mode for glue savings

  • Wide range of options available

  • Advanced technology at a reasonable price

Maximum speed of production: Over 500 m/min.
Maximum error over 500 m/min: +/- 1 mm
Dimension: L =  400 mm, H = 1510 mm, W = 660 mm
Weight: 60 Kg without glue

High Pressure Glue Pump

ERO-TE  high-pressure gluing systems is provided with a double-piston ERO® glue pump. This pump has been specifically designed by ERO® for the cardboard sector and on the market there aren’t any similar pumps. It was developed to tackle the problems often inherent in other pumps. While most piston pumps on the market have a single piston, the ERO® pump has two. The second piston begins its stroke before the first piston has finished, thus avoiding any loss of pressure.

  • Double-piston ERO® glue pump

  • No pressure loss allowed

  • Leading technology at a reasonable price

  • Low maintenance & extra-high reliability

  • Driven by an electrical board

  • Easy seals replacement

Pompa colla ERO
We saved lots of time and money because ERO® gluing systems doesn’t require any daily washing process