Medical devices downstream
All the accessories to complete the extrusion line

For every medical extrusion line, we designs and fabricates Die Heads for medical tubing extrusion, offering various sizes and versions including coextrusion die head to produce flexible and co-extruded tubes with coloured or radiopaque line, complete with quick opening system to facilitate cleaning and size changeover operations.

We provides a comprehensive range of non contact measuring and control instruments for such dimensional parameters as diameter, ovality, wall thickness (single and multiple layers), concentricity, eccentricity, out-of-round, length and for physical or electrical parameters like expansion, capacitance, dielectric strength (spark test), surface faults (lumps, neckdowns) and more.

The Winders are available with a range of standard coil formers or can be customised to suit your reels. Tension and speed is precisely controlled throughout the winding process, even for very lightweight products. The traverse width and pitch are fully adjustable ensuring a clean and neatly wound coil.

Each line is equipped with a special head to produce embossed medical sheets with an adjustable width from 80 to 420 mm and thickness varying from 0.1 to 0.65 mm to ensure correct transversal measurements. 

Completed Calendering System composed of suitable steel rollers for a constant and uniform cooling of the extruded material. Double belt take off unit and side trimming device to ensure the correct transversal measurement.

To optimise quality even with high outputs. Designed to ensure high outputs, in compliance with the quality standard provided for by the regulations. Manufactured to reach high extruded material linear speeds with the maximum dimensional stability and allow a constant drag with a precise pressure regulation.

Cooling System water-operated, to reach high extruded material linear speeds with the maximum dimensional stability.
Calibration and Take Off device with cooled rollers and pneumatic adjustment on extruded material pressure.