Uniformity

Special Electrode Design

Uniform distribution of the discharge across the entire width of the film

High Performance

Film up to 9,000 mm

Uniform coating even on wide extrusion lines (agricultural film)

Reliability

Maximum stability

Electrodes designed to maintain a constant air gap during operation

Efficiency

Quick Format Change

Segmented electrodes and simple adjustments to reduce setup time


Designed for modern blown film extrusion lines

Uniform, stable, and consistent treatment even on wider lines.

Blown film extrusion lines require corona treatment systems capable of ensuring uniform discharge, high reliability, and continuous production throughout the entire extrusion process.

Me.Ro systems are designed to treat films up to 9,000 mm in width (agricultural film), with the ability to treat one or both sides of the material while maintaining a strictly constant Corona dose.

Corona Treatment for Blown Film
Corona Treatment for Blown Film
3D technical drawing of the machinery


Corona Treatment for Blown Film
Corona Treatment for Blown Film
Segmented electrode for blown film corona station

Electrodes designed to ensure uniformity and stability of treatment

System developed to maintain a constant air gap

Me.Ro electrodes are made of aluminum and designed to ensure maximum uniformity of the discharge distance across the entire width of the film.

The unique mounting system connects the electrode to the structure at multiple points on the upper beam, allowing for natural expansion during operation without altering theset Air-GAP.

The Swing Away system also allows the electrodes to automatically move away from the Corona roller when the film thickens, preventing potential damage.




Segmented Electrodes for Maximum Production Flexibility

Precise adjustment of treatment width and zones

Segmented electrodes are available upon request, allowing for independent positioning of each element, making it possible to quickly adjust the treatment width or select specific areas of the film.

The locking system holds the segments firmly in the set position, ensuring that the electrode adjustment remains perfectly unchanged throughout the entire production run.

Corona Treatment for Blown Film
Corona Treatment for Blown Film
Internal detail of the machinery


Corona Treatment for Blown Film
Corona Treatment for Blown Film
3D technical drawing of a machinery component

A structure designed to ensure long-term reliability

Rugged components and simple adjustments for continuous operation

The high-rigidity structure ensures the stability of the Air-GAP.

The adjustment of theAir-GAP is performed directly from outside the hood, while the pneumatic opening facilitates film alignment and speeds up maintenance operations.

The Corona rollers, which are statically and dynamically balanced, incorporate speed sensors and safety devices that comply with EMC and CE regulations.




Key Features

FeatureDescription
ApplicationBlow Molding Lines
Film widthUp to 9,000 mm
TreatmentOne or both sides
Corona DoseConstant during operation
ElectrodesAluminum (AISI 316 stainless steel optional)
Swing-Away SystemAutomatic Electrode Protection
Segmented electrodesIndependent adjustment of the segments
Air-GAPAdjustable from the outside
Opening the range hoodPneumatic
Corona RollerSilicone coating (other coatings available)
Roller BalancingStatic and Dynamic
Electromagnetic compatibilityIn accordance with EN 55011 / EN 50082-2

Why Choose Me.Ro

Equal Treatment

Consistent quality across the entire width of the film

The uniform distribution of the discharge ensures consistent treatment quality even on films up to 9,000 mm.

Production Reliability

Optimized for high-throughput lines

The electrode design, the Swing Away system, and the stability of the Air-GAP ensure continuous production and maximum reliability.

Maximum flexibility

Segmented electrodes for every production need

The independent adjustment of the segments allows for quick adaptation of the processing to format changes, reducing setup times and increasing theline efficiency.