100% in-house production cycle
Six phases.One partner.Full control.
Our production cycle is fully integrated and managed internally, guaranteeing the highest standards of quality, precision and reliability in every phase, from engineering to final testing.
Why it matters
A single industrial partner: total control, reduced risk.
Total vertical integration is not just a production asset: it is a strategic advantage for our clients.
- Reduced interface risks between suppliers.
- Full control over timing, costs and performance.
- Certified quality along the whole production chain.
- Complex turnkey projects managed on an international scale.
We do not offer standard products: every unit is fully customisable in dimensions, materials, performance and integrated systems. What stays the same is the method: six phases, one responsible partner.
The 100% in-house production cycle
The cycle, phase by phase.
Every phase is performed in our own sites, by our own people, with our own machinery.
Engineering & Design
Mechanical, structural, electrical and HVAC engineering with 3D modelling, FEM, fatigue, blast, thermal, acoustic and CFD analyses, through to detailed design.
Fabrication & Machining
Cutting, bending, welding, CNC machining and heavy modular assembly, all performed in-house with large-format, high-precision machinery.
Surface Treatments & Painting
Sandblasting, painting, pickling, passivation and custom coating cycles in large-scale treatment cabins available at every production site.
Integration & Cabling
Complete installation of electrical, HVAC, fire & gas detection, telecommunication and auxiliary systems: every module is fully outfitted and ready for use.
Testing & Quality Control
Dimensional checks, non-destructive testing, FAT, functional and environmental tests performed in-house to guarantee full technical and operational compliance.
Packing & Shipment
Final assembly, protection and preparation of large modules for direct shipment, with logistics planned for national and intercontinental projects.
Testing and quality control
Every unit is tested before it leaves.
Depending on project requirements, we perform in-house the tests that confirm full technical and operational compliance, with factory acceptance tests (FAT) before shipment.
- Dimensional and structural tests
- Welding tests (PT / MT / UT)
- Painting and coating inspections
- Pressure and leak tests
- Electrical tests: continuity, rigidity, earthing, insulation
- Functional tests of installed equipment
- Load and drop tests
- Rain test
- Thermal and environmental tests, from −35 °C to +70 °C, in the climatic chamber
- Factory acceptance tests (FAT) with the client
- Third-party inspections on request
Capacity that makes the difference
Large formats, high precision.
We control the whole production process because we own large-format, high-precision machinery. Constant investment in high-performance equipment guarantees repeatable quality, shorter lead times and the ability to handle complex geometries and large modular structures.
X-axis travel of the PAMA Speedmill 4000B gantry milling machine
maximum press force of the 8 m and 9 m press brakes
laser and plasma cutting beds up to 12 × 3 m
longest sandblasting and painting booth (17 × 45 m)
Compliance
Certifications that cover the whole cycle.
- UNI EN ISO 9001:2015
ISO 9001:2015
Every phase of your project, from engineering to final testing, runs inside an audited quality system, certified since…
→ - UNI ISO 45001:2018 –
ISO 45001
Safety is managed as a system, not left to individual sites: a certified framework for risk assessment, training…
→ - EN 1090-1 / EN
EN 1090
Structural steelwork can be CE marked under the Construction Products Regulation, up to EXC3: the execution class required…
→ - UNI EN ISO 3834-2:2021
ISO 3834-2:2021
The highest level of welding quality management: qualified procedures, qualified welders and responsible welding coordinators on every joint…
→ - CSA W47.1 – Certification
CSA W47.1
Welded steel fabrications can be accepted on Canadian projects without re-qualification, as demonstrated on the LNG Canada Field…
→ - CSA A660 – Certification
A660 Canadian Standard
Prefabricated steel buildings and technical structures meet the Canadian standard for steel building systems, simplifying acceptance by North…
→ - DM 14/01/2008 – Norme
DM 14/01/2008
Structural steelwork for Italian construction projects is produced by a registered processing centre, with traceability from material to…
→ - ASME Boiler and Pressure
ASME VIII Div. 1 (U-Stamp)
Pressure vessels and shell and tube heat exchangers can be delivered U-stamped, accepted by operators and insurers worldwide.
→ - EN 13084-7:2012 – Free-standing
EN 13084-7
Gas turbine exhaust stacks are supplied as CE-marked construction products, with structural performance declared under the harmonised standard.
→ - SOLAS – International Convention
SOLAS Deck Manufacturer
Steel decks for ships and offshore units are manufactured under an approval recognised by the maritime industry.
→
Projects
The model at work.
JV Fluor / JGC
Five 67-metre Field Auxiliary Rooms, ready for installation at an LNG plant in Canada
Five fully prefabricated and integrated Field Auxiliary Rooms up to 67 metres long, engineered, built across several Group sites and loaded directly at the…
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Projects
Inlet and exhaust ducts for Frame 9 gas turbines
Inlet and exhaust ducting for Frame 9 class heavy-duty gas turbines, fabricated in carbon and stainless steel, trial-fitted and inspected in-house before delivery.
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