We mould technical parts in technopolymers and superpolymers using precision electric presses. We manage every phase, from mould design to finished component.
We work in sectors where quality is not optional. Our certifications document a structured, verified and continuously evolving production system.
Quality management system active since 2004. Ensures control, traceability and continuous improvement.
ISO certified through a national body member of IQNET, the largest international network of certification organisations.
International standard for environmental quality in the automotive sector. Currently being implemented to meet supply chain requirements.
In the process of implementation to meet new mandates focused on digitalisation, ESG and cybersecurity in the automotive sector.
Not all polymers are the same. And not everyone knows how to process them. We work with technopolymers and superpolymers engineered to replace metal in critical applications, delivering high performance even in extreme conditions — with thermal resistance above 400°C.
Some are complex materials that require specific expertise, dedicated equipment and rigorous process control. That is why we work with precise, repeatable parameters, the result of consolidated experience and applied know-how.
When a component needs to be highly precise down to the millimetre, impact-resistant or optically transparent, the answer is almost always an amorphous polymer.
We work with ABS, PC, PMMA for covers and technical housings, PSU and PES for applications requiring chemical and thermal resistance, up to PEI, PAI and PI — materials with extreme performance that in many cases replace metal where nothing else would hold.
For applications requiring exceptional performance under demanding operating conditions, including exposure to elevated temperatures, semi-crystalline engineering polymers offer an advanced and reliable solution. These high-performance materials provide outstanding thermal resistance, dimensional stability, mechanical strength, and chemical resistance, making them ideal for technically demanding components.
The challenge is not simply selecting a high-performance polymer, but identifying the material that best matches the application's functional requirements, operating environment, and production constraints. Thanks to our extensive expertise in engineering plastics and injection molding, we support customers in choosing the most suitable material to achieve optimal performance, long-term reliability, and cost-effective manufacturing.
1 Fanuc electric press at 180 tonnes, equipped with a bi-metal plasticising unit with Ø48mm screws and moulding volume up to 350 cm³. Dedicated to medium-sized technical parts.
Possible processes:
medium-sized technical part moulding.
4 SUMITOMO electric presses with bi-metal plasticising units and Ø45mm screws, moulding volume up to 300 cm³.
Possible processes:
high-performance technical part moulding, maximum repeatability and high precision.
2 TOYO electric presses with bi-metal plasticising units and Ø36mm screws, moulding volume up to 150 cm³.
Possible processes:
high-performance technical part moulding, maximum repeatability and high precision.
5 Sumitomo and Toyo electric presses at 50 tonnes, with bi-metal plasticising units and Ø28 and Ø20mm screws.
Possible processes:
precision moulding of small technical parts and micro-components in high-performance technopolymers and superpolymers.
Hydraulic injection molding machine designed for the production of components with metal inserts and multi-material polymer applications.
The rotary table configuration enables the use of multiple molds, optimizing cycle times and improving productivity while efficiently managing complex insert overmolding processes.
Hydraulic injection molding machine specifically engineered for the production of micro-precision components with metal inserts. The sliding table system allows the use of dual molds when required, increasing production efficiency and ensuring high levels of accuracy and repeatability in insert molding applications.
Over recent decades we have progressively replaced hydraulic presses with electric machines — Toyo, Sumitomo, Fanuc — more precise, more repeatable and more energy-efficient.
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