Manufacturing Processes & Machinery
High-precision automated punching for every metal fabrication requirement: holes, shapes, and complex geometries with fast production cycles and consistent quality.
The punching machine is one of the most widely used technologies in sheet metal processing and is applied in sectors such as construction, automotive, furniture, electronics, and industrial systems, where dimensional accuracy, repeatability, and production speed are essential.
Punching is suitable for a wide range of materials and thicknesses — from carbon steel to stainless steel, aluminium, and copper — making it a versatile and essential process across the entire metal fabrication supply chain.
At Officine Tironi, punching is a fast, precise, and fully automated process, integrated into our Metal Fabrication 5.0 production workflow. Thanks to numerical control technology, our EUROMAC punching machine performs holes of different shapes and sizes, marking, engraving, and surface forming operations with a level of precision that is difficult to achieve through manual methods.
The automatic tool change system and rapid switching between dies allow us to manage flexible production batches, from customized small series to large-scale industrial production, maintaining consistent quality on every component and every order, even during extended production cycles.
Our technical department manages the entire digital workflow remotely: it receives the customer’s 2D and 3D files, processes them, and transfers them directly to the CNC machinery.
EUROMAC MTX1250/30 Punching
Punching capacity
Maximum sheet size
thicknesses
The precision of a hole or shaped feature does not depend solely on the punching machine used, but also on the expertise of the professionals who program each production cycle.
Officine Tironi is a certified metal fabrication company compliant with ISO 9001, ISO 14001, ISO 45001, ISO 3834-1, and EN 1090 EXC3 standards, integrating punching into a complete production cycle: from technical design and cutting to bending, welding, and finishing operations.
Below you will find answers to the most common questions we receive from customers who want to understand how this process works and whether it is suitable for their project.
Sheet metal punching is particularly cost-effective when large quantities of holes, slots, or other repetitive features must be produced with high speed and precision. Thanks to dedicated tooling and CNC systems, this technology makes it possible to optimize production times and reduce costs in series manufacturing.
It is also suitable when the component requires additional operations such as embossing, stiffening ribs, forming, or assembly preparations, as these features can be performed directly during the production process.
It depends on the project. Sheet metal punching is more cost-effective and efficient for multiple, repetitive holes and large production runs, thanks to the automatic tool change system. Laser cutting is preferable for continuous profiles, highly complex geometries, or one-off components. In many cases, the two technologies are combined within the same production cycle to achieve the best results in terms of lead times and costs.
Yes. CNC punching is compatible with carbon steel, stainless steel, aluminium, copper, and various metal alloys. The type of material affects the choice of tooling and processing parameters, but it does not limit the feasibility of the process.
