Manufacturing Processes & Machinery
Cutting technologies for every metal fabrication requirement: from fiber laser cutting to 3D plasma cutting, we ensure consistent quality, fast production, and qualified technical support.
The fiber laser source concentrates energy into an extremely thin and powerful beam, allowing the production of complex geometries with tight tolerances, sharp edges, and burr-free surfaces, while minimizing thermal deformation of the material.
Thanks to this technology, Officine Tironi can process carbon steel and stainless steel, ensuring consistent results and high-quality finished products.
The department is equipped with several high-performance fiber laser cutting systems, each fitted with automatic loading and unloading storage systems. This allows us to manage the production cycle continuously and efficiently, reducing machine downtime and ensuring high productivity even for complex or high-volume orders.
The combination of advanced technologies and specialized expertise enables Officine Tironi to provide reliable, fast, and fully compliant manufacturing solutions according to customer specifications.
Plasma cutting is an extremely versatile solution for manufacturing components for medium and heavy metal fabrication, allowing efficient processing of different materials and thicknesses while maintaining high-quality standards. This technology is widely appreciated in the industrial sector for its ability to perform fast and precise cuts, including complex geometries, while optimizing production times and costs.
Officine Tironi is equipped with an HD plasma cutting system capable of performing complementary operations directly on sheets up to 40 mm thick, including cutting, beveling, and edge preparation.
The ability to carry out these operations during the cutting stage reduces subsequent processing requirements and allows us to supply components already prepared for assembly and welding, providing significant advantages in terms of production efficiency.
For the processing of heavy-gauge plates, Officine Tironi is equipped with an oxy-fuel cutting system capable of cutting carbon steel up to 200 mm thickness.
Oxy-fuel cutting is a thermal process particularly suitable for high-thickness steel processing. Through the combined action of a preheating flame and a pure oxygen jet, it enables the cutting of sections that would be difficult to process with other technologies with the same level of efficiency.
Our production department is equipped with high-performance machinery that allows us to manage every stage of the cutting process in-house, optimizing lead times, quality, and process control.
Fiber laser cutting systems up to 8 kW
Maximum working dimensions
Automated production
The quality of the final result depends not only on the equipment used, but above all on the expertise of the professionals who manage the process.
Cutting is often the first step in the production process. For this reason, Officine Tironi provides an integrated department capable of managing all subsequent metal fabrication operations, transforming semi-finished products and components into products ready for assembly or final use.
Discover all our manufacturing processes and the services that allow us to support customers throughout every stage of their project.
Frequently asked questions about laser cutting, plasma cutting, and oxy-fuel cutting.
The choice depends on several factors, including material type, thickness, required tolerances, the intended use of the component, and any subsequent processing requirements.
In general, fiber laser cutting is the preferred solution when high precision and excellent cutting-edge quality are required; plasma cutting is suitable for versatile applications and welding preparation operations; oxy-fuel cutting is the most efficient solution for processing heavy thicknesses.
Thanks to the experience gained in metal fabrication, Officine Tironi supports customers in selecting the most suitable technology according to their production and project requirements.
With its 3D plasma cutting system, Officine Tironi processes sheets up to 40 mm thick, also performing bevels and welding preparations, with a maximum working size of 6000 × 2500 mm.
The oxy-fuel cutting system, on the other hand, allows the processing of carbon steel up to 150 mm thick, providing a reliable solution for structural components and heavy metal fabrication.
For laser cutting, the company is equipped with two systems featuring a working area of 3000 × 1500 mm and one system with a working area of 4000 × 2000 mm.
Yes. 3D plasma cutting enables the production of angled cuts, bevels, and edge preparations required for subsequent welding operations, reducing additional processing steps and production times.
Yes. In a metal fabrication environment, cutting can be integrated with bending, welding, assembly, and finishing operations, transforming a single process into a more complete service for industrial customers.
