A Century of Engineering, Continuity and Evolution
From the Rovai family heritage of 1921 to the 1939 foundation of LAZZATI, our history reflects engineering competence, hydrostatic innovation and four generations dedicated to precision machining.
Continuity & Evolution
To deliver hydrostatic high-performance boring and milling machines that maintain accuracy, rigidity and reliability over decades — enabling our customers to focus on what they do best.
Hydrostatic CNC Floor-Type Boring and Milling Machines. Learn more ›
Hydrostatic Boring Milling Machines “T” Moving Column. Learn more ›
Designed for deep boring, maximum rigidity, and long-term accuracy on the largest industrial components.
Built for large-scale precision machining. Multi-face milling, hydrostatic rigidity, and long-term accuracy retention
Engineered for deep axial boring, multi-face machining, and zero-wear longevity on medium-to-large components.
Hydrostatic milling with fixed ram architecture, universal head and rotary table capability for high-performance on large components
High-power hydrostatic boring for complex components requiring maximum rigidity, extended reach, and lifetime accuracy.
Hydrostatic Planer Type architecture with moving ram, universal head and rotary table, engineered for rigidity, reach and lifetime accuracy.
Explore how our accessories can improve your operations and increase your productivity.
Hydrostatic Regeneration. Digital Upgrade. Extended Lifetime Accuracy.
Select Evo4.0 models available ready-to-ship. Full LAZZATECH integration included.
Precision machining of structural components, fixtures, large tooling and landing-gear elements requiring accuracy retention during long strokes.
High structural rigidity and thermal stability for turbine housings, rotors, casings, wind energy components, nuclear applications and power generation systems.
Deep boring, high-load machining and long-component processing for valves, manifolds, BOP, casings and forged pressure-equipment elements.
Machining of large welded structures, shipbuilding components, railway frames, earthmoving and construction equipment, mining machinery and heavy mechanical assemblies.
Accuracy and stability for armored structures, carriers, defense-vehicle components and critical assemblies.
Mould & die manufacturing, automotive tooling, subcontracting, general machining and fine-tolerance precision work.