Most packagaing material have the unpleasant property of getting charged during their fabrication and processing (refer to material in Your Problem). In most cases, the consequences are that process steps are disturbed through bristling adhesion, attraction of dirt and provision of electrostatic shocks to operators – an active discharging neutralisation can help solving the problem.In the following processes IONTIS products are already used by clients for neutralisation, but sometimes also for systematic charging (adhesive effect):
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Process Electrostatic Solutions
(Tubular) Bag Packing

Especially in the form-filling-sealing process, unwinding the film is causing a static charge to build up, requiring an immediate static neutralisation to prevent the goods to be filled from adhering to the film and render the seals leaky after welding.


Caused by deformation and cooling, in the thermo-/vacuum-forming process electrostatic charge is generated, which must be eliminated with anti-static ionisers to prevent stacking problems and dust attraction.

In inline systems, both sides of the film are discharged/neutralised before forming or closing, so the seal will not contain impurities.

Extrusion Blow Moulding

The extrusion of the extrudates can generate electrostatic charge, which can make them stick to the form or in case of several concurrent extrusions adhere one to another – however, this can be inhibited via anti-static ionisers.

Caused mainly by friction, the crafted container can get charged when further processed and can be statically neutralised and kept dust-free using anti-static bars or ionising air nozzles.

Vial, Ampoule & Bottle Filling

Prior to filling, vials, ampoules and bottles are ionised with point-precise neutralising ant-static devices, to eliminate statically caused adhesive forces and keep the containers clean.

Powder Filling

The used plastic container (but beware: glass also!) can get charged in the carousel system and consequently attract dust, leave powder adhered on the outer surfaces and remain stuck to the fill head – static neutralisation of the containers and/or at the filling funnel will solve the problem.

RFID Labels

High-performance anti-static ioniser ensure during un-/rewinding, die-cutting as well as placing of the RFID tags, that the charge generated through carrier film and the tag material does not damage the fragile chips.

Product Coding

During inkjet coding static charge on the web can make the applied ink generate contortions in the print pattern but also impact the electronic parts of the printing head, if no static neutralisation is performed prior to printing.


In the bottle labeling process, the label rolls can get charged and need be statically neutralised, in order to guarantee the proper feed and placement of the labels especially at high speeds.

The tubular film can get a charge from friction and cutting in sleeve labeling. Applying a proper static neutralisation can ensure the film will not cling to the mandril and fall correctly over the bottle/container after the cut.

Fixation of Protective Sheet & Inserts

Applying a generated charge to the goods will ensure also at high web/conveyor speeds, that the protective sheet can be applied using an adhesive effect and, cards and supplements can be fixed precisely at insert stations.


During unwinding and forming of the shrink film to a tubular film later can get a static charge and needs be neutralised for further efficient processing.

A systematic charging of the overlapping foil sides just before the shrink tunnel can prevent a rupture of the film.

Wrap-around Packaging During the unwinding of the film and at the winding bars, an anti-static bar can warrant a trouble-free wrapping of the foil around the goods.