Contact Info

Tel: 021-52734014

E-mail:18989458789@163.com

 

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GEMA Electrostatic Discharging DC


XSTREAM highest cleaning efficiency, smallest particles. Especially suitable for paper, film, foil, laminate, non-woven etc.

More details


  • Non contact web cleaner
  • 6 kV AUTODC® Technology
  • High velocity vacuum air flow with ionising system
  • Up to 2'500 m/min web speeds
  • 330 mm - 12 metres working width, single or dual side
  • Compact, positioned above back-up roller, wear free
  • Fully automated with PLC control and customer interface

Xstream

System Description

Web cleaning system, web cleaning equipment, web dedusting, surface cleaning, network technology, industry 4.0, data exhcange

The Xstream non-contact web cleaning system adopts a revolutionary approach to improve quality, reduce down time and boost profitability. It combines the latest aerodynamic nozzle technology with a defined high speed vacuum airflow and substrate ionization prior to cleaning within one turnkey system. It is positioned above an idler roller as close as possible prior to the problem zone.

Ionisation

In many cases electrostatic charge present on the substrate surface is a major factor in increasing contamination and makes particle removal more difficult. This is why our static control system is always installed prior to the cleaning process to guarantee a neutralised substrate surface and therefore facilitate easier removal of all particles.

For more information follow the this link: Know-how - Dust Removal 

Technology

The special aerodynamic nozzle of the Xstream which is positioned close to the surface of the substrate generates, through the combination of vacuum in the cleaning module and web speed, an extremely high velocity air flow (>60m/s). The high velocity air flows along the substrate surface to the nozzle edge and into the cleaning module. The high velocity airflow breaks the boundary layer on the substrate and forces the particles that were trapped in this layer into the cleaning module. From the cleaning module the particles are transported to a filter unit.