Labeling Machine

Static electricity on labels may cause poor label feeding on high speed labeling machines. Static electricity on plastic bottles to be labeled will result in poor label placement and bad positioning. These problems will cause slower production speeds and higher rejection rates. Ionisers positioned as shown above will eliminate the static charges and allow optimum process productivity.

Labeling_machine
A
B

Used Device (A)

Air Knife with the MEB Ionising Bar

A type MEB shockless anti-static bar combined with an airknife come in standard lengths. The compressed air is blown across the high-voltage points over the entire width and amplified by the ambient air carried along. The air flow is saturated by the positive and negative ions produced by the anti-static bar. The air flow neutralises the static charge, enabling any contamination to be easily blown away. saturated by the positive and negative ions produced by the anti-static bar. The air flow neutralises the static charge, enabling any contamination to be easily blown away.

Air Knife with the MEB Ionising Bar

A type MEB shockless anti-static bar combined with an airknife come in standard lengths. The compressed air is blown across the high-voltage points over the entire width and amplified by the ambient air carried along. The air flow is saturated by the positive and negative ions produced by the anti-static bar. The air flow neutralises the static charge, enabling any contamination to be easily blown away. saturated by the positive and negative ions produced by the anti-static bar. The air flow neutralises the static charge, enabling any contamination to be easily blown away.

Air Knife with the MEB Ionising Bar

Used Device (B)

A Unit

The high voltage at both emitter points of the HE air nozzle is current limited. Being installed outside the air flow, the high-voltage points are hardly subject to fouling, if at all. The single point nozzle blowoff force is high at a relatively low air consumption.

A Unit

The high voltage at both emitter points of the HE air nozzle is current limited. Being installed outside the air flow, the high-voltage points are hardly subject to fouling, if at all. The single point nozzle blowoff force is high at a relatively low air consumption.

A Unit

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