1. Eco-Cut
In 2006 Persico has developed an innovative automatic cutting system called ECO-CUT with the possibility to obtain the cutting profile through a dedicated program "off line" proceeding from CAD data. The advantages of this system compared to alternatives such as cutting tools and water jet systems are:
- minor investment
- minor maintenance costs
- lower energy costs
- better ecological impact (no water, no dust)
If the customer wanted to test the cutting on his material Persico in his laboratory has available an Eco-Cut system

2. Laser cutting
3. Two colour pavilion
4. EPDM automatic forming system


5. Porous injection
System for fibrous panels sound absorbent and sound-proofing with variable punctual weight and constant density.
Usually semi-finished products with a constant density which are heat compressed in moulds are used to manufacture sound absorbent/sound-proofing parts.
The consequent result is that where there are different thicknesses, the densities and consequently the acoustic properties of the finished part may be significantly different.
Persico is designing a production system for sound absorbent/sound-proofing parts which, starting directly from the raw material and without going through a semi-finished product phase, makes possible to create parts which have constant density and thus constant acoustic properties despite having a variable thickness.

6. Moulding of honeycomb thermoplastic parts with 1.5 step technology
This technology is specifically applied for the production of parts which require both high structural resistance and lightness, so that it is necessary to use products with a hollow structure with hardening ribbing and panels.
Typical applications for the production of parts for coating and sound-proofing cars may include: ear racks, shelves, boots, door panels, rear shelves, seat backs.
Different steps are required to obtain the finished part: moulding, blowing, aesthetic coating, cutting the part: each extra step obviously corresponds to an increase in costs and production time.
This is explains the need for integrating the various phases as much as possible.
Until recently the most integrated processes managed to obtain the final part in two steps.
The Automotive Division has now developed a new moulding technology: “one step and half” which, although it has not reduced the entire process to a single step, it has integrated the second step with the first, significantly decreasing production time and costs

7. Easy film system 
The production of plastic parts improves when there is film positioned in the cavity of the mould before moulding (e.g. production of articles in polyurethane foam for sound-proofing vehicles). This film is made to adhere temporarily to the surface of the mould by applying vacuum through a series of suction holes appropriately distributed along the surface of the mould.
If the film accidentally breaks, this invention makes it possible to immediately clean the mould without having to drill the clogged holes.
This invention is aimed at simplifying the cleaning of the vacuum holes if the plastic comes into contact with the mould (Persico Patent)

8. Hot air oven for thermoplastics
Heating system for thermoplastic material which combines the characteristics of a hot bed system with that of a hot air system. The reduction in heating time compared to a traditional system is around 50%.
The two systems can be used either separately or simultaneously. The plant was designed for one of our primary client in Europe. The change of formats to heat does not require any manual treatment. The system is currently patent pending.