Our high-precision hobbing machines allow us to produce gears with complex profiles and variable modules, maintaining tight tolerances and perfectly machined surfaces. We use both hob and shaping machines capable of operating across a wide range of diameters and geometries. This enables us to manufacture both small components and large gears, meeting the demands of high-performance industries such as aerospace and racing.

Our high-precision gear hobbing machines enable the manufacture of gears with complex profiles and variable modularity, always maintaining tight tolerances and perfectly machined surfaces. We employ hobbing and knife-edge machines capable of operating on a wide range of diameters and geometries. This allows us to produce both small components and large gears, meeting the needs of industrial and high-performance sectors such as aerospace or racing.

Our CNC slotting machines are essential for the accurate machining of internal grooves, keyways, and toothed profiles—even on complex or non-standard parts. Thanks to the quality of our equipment and the expertise of our operators, we can perform both internal and external machining to the highest standards, ensuring precision and repeatability across small and medium production runs. This technology is particularly useful for special gears, splined shafts, and other custom components.

Our latest-generation CNC lathes ensure fast, versatile, and high-quality machining across different materials and geometries. We can process both small and large parts, achieving flawless finishes while maintaining extremely tight tolerances. Integration with other production processes enables us to deliver finished or semi-finished components ready for further steps like hobbing or grinding, streamlining our workflow and reducing time and costs.

Our precision grinders represent the final step in delivering gears with outstanding surface quality and superior mechanical reliability. We use generation and form grinding machines, ideal for achieving perfect geometries, uniform finishes, and consistent performance over time. This process is crucial for components destined for highly regulated sectors such as aerospace and motorsport, where every detail matters.