+39 0331 465.200

lazzati@lazzati.eu

Via Rugareto, 7
20027 Rescaldina (MI) – Italy

History

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.

Philosophy

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.

Contacts in the world

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Linea Floor-Type

Hydrostatic CNC Floor-Type Boring and Milling Machines. Learn more ›

Linea T-Type Evo4.0

Hydrostatic Boring Milling Machines “T” Moving Column. Learn more ›

Floor-Type Ram Boring Evo4.0

Ram Boring Evo4.0

Designed for deep boring, maximum rigidity, and long-term accuracy on the largest industrial components.

Floor-Type Ram Milling Evo4.0

Ram Milling Evo4.0

Built for large-scale precision machining. Multi-face milling, hydrostatic rigidity, and long-term accuracy retention

T-Type Boring Evo4.0

Boring Evo4.0

Engineered for deep axial boring, multi-face machining, and zero-wear longevity on medium-to-large components.

T-Type Milling Evo4.0

Milling Evo4.0

Hydrostatic milling with fixed ram architecture, universal head and rotary table capability for high-performance on large components

T-Type Ram Boring Evo4.0

Ram Boring Evo4.0

High-power hydrostatic boring for complex components requiring maximum rigidity, extended reach, and lifetime accuracy.

T-Type Ram Milling Evo4.0

Ram Milling Evo4.0

Hydrostatic Planer Type architecture with moving ram, universal head and rotary table, engineered for rigidity, reach and lifetime accuracy.

Accessories

Accessories

Explore how our accessories can improve your operations and increase your productivity.

LAZZATI BlueTech4.0

LAZZATI BlueTech4.0

Hydrostatic Regeneration. Digital Upgrade. Extended Lifetime Accuracy.

Short Delivery

Short Delivery

Select Evo4.0 models available ready-to-ship. Full LAZZATECH integration included.

Aerospace

Precision machining of structural components, fixtures, large tooling and landing-gear elements requiring accuracy retention during long strokes.

Energy

High structural rigidity and thermal stability for turbine housings, rotors, casings, wind energy components, nuclear applications and power generation systems.

Oil & Gas

Deep boring, high-load machining and long-component processing for valves, manifolds, BOP, casings and forged pressure-equipment elements.

Heavy Industry

Machining of large welded structures, shipbuilding components, railway frames, earthmoving and construction equipment, mining machinery and heavy mechanical assemblies.

Defense

Accuracy and stability for armored structures, carriers, defense-vehicle components and critical assemblies.

General Engineering & Tooling

Mould & die manufacturing, automotive tooling, subcontracting, general machining and fine-tolerance precision work.

Hydrostatic CNC Boring and Milling Machines

Engineered for Accuracy, Rigidity and Lifetime Reliability.

Since 1939, LAZZATI has been designing and manufacturing hydrostatic CNC boring, milling and multitasking machines for medium and large components. Our product portfolio includes Linea Floor-Type and Linea T-Type configurations, each available in dedicated ranges for Boring and Milling operations. Every LAZZATI machine features fully hydrostatic guidance on all axes, ensuring zero metal-to-metal contact, exceptional rigidity and accuracy retention over decades.

Product Lines Overview

Explore the complete LAZZATI range of hydrostatic CNC machines, designed for maximum stability, flexibility and precision across every configuration.

Linea Floor Type

Linea Floor-Type machines are ideal for large workpieces and long travels.
The moving-column design, combined with full hydrostatic guidance, ensures maximum rigidity, deep boring capacity and smooth motion even under heavy cutting loads.

Floor-Type Ram Boring Evo4.0

Moving column and moving ram with a dedicated boring spindle for deep, rigid boring and heavy-duty milling on large parts.

Floor-Type Ram Milling Evo4.0

Moving column and moving ram equipped with an automatic universal head for versatile milling, contouring and multi-side machining.

Linea T-Type

Linea T-Type machines combine a moving column with a rotary table for multi-face operations and large, complex geometries.
Hydrostatic guidance on all axes guarantees zero wear and constant accuracy throughout long machining cycles.

T-Type Boring Evo4.0

Fixed extended ram + boring spindle + rotary table for maximum rigidity, accuracy and deep boring on heavy components.

T-Type Ram Boring Evo4.0

Moving ram + boring spindle + rotary table for flexible boring and milling with outstanding stability on complex parts.

T-Type Milling Evo4.0

Fixed extended ram + automatic universal head + rotary table for precision milling and high-quality surface finishing.

T-Type Ram Milling Evo4.0

Moving ram + automatic universal head + rotary table for the highest versatility in multitasking and heavy milling operations.

Accessories

Enhance performance and customization with LAZZATI accessories — including rotary tables, automatic universal heads, tool-storage systems and modular options.
Each component is engineered to extend your machine’s flexibility, automation and productivity.

The Hydrostatic and Digital Advantage

LAZZATECH / Why Hydrostatic

All LAZZATI machines integrate the LHS – LAZZATI Hydrostatic System, ensuring zero metal-to-metal contact, no guideway wear and constant accuracy over time. Our proprietary systems — TCS (Thermal Control System), LAS (Active Stabilization System), DCS (Dynamic Compensation System) and LES (Energy Saving System) — optimize energy efficiency and geometric precision. Digital control is provided by LHI 5.0, our intuitive operator interface, and LIA 1.0, the built-in AI assistant supporting predictive setup and diagnostics. We consciously use commercial, non-complex components, easily sourced on the international market, ensuring simpler machine management and minimal downtime.

We BOOST Your Profits

At LAZZATI, every solution is designed to increase your productivity and reduce total operating costs — whether you need immediate delivery or a sustainable, regenerated alternative.

Linea Short Delivery – LAZZATI Excellence, Ready to Ship

High-performance hydrostatic boring and milling machines available for immediate delivery, built to the same rigorous LAZZATI standards of precision and reliability.
Ideal for customers who need to increase production capacity quickly without compromising on accuracy or build quality.

Linea BlueTech4.0 – Regenerative Innovation & Sustainable Performance

The Lazzati BlueTech4.0 line embodies our Bluetech Philosophy, merging technological excellence, sustainability and circular innovation.
Each machine is completely regenerated and certified by LAZZATI, achieving the performance and reliability of a new model at a significantly reduced investment cost.
Equipped with the latest-generation Heidenhain CNC 640, the LHI 5.0 digital interface, and AI-ready architecture, BlueTech4.0 machines are fully Industry 4.0 and 5.0 compliant.
Choosing BlueTech4.0 means investing in precision, sustainability and cost efficiency, all backed by LAZZATI’s full warranty and long-term support.

Since 1939, LAZZATI has been a technological benchmark in the global machine-tool industry.
We design and build hydrostatic boring, milling and multitasking machines that deliver superior rigidity, zero-wear accuracy and long-term performance.
Our mission is clear: to help you produce more efficiently, consume less energy, and extend the lifetime value of every investment.

Made in Italy

Founded in Milan in 1939, LAZZATI is one of the world’s leading manufacturers of hydrostatic CNC boring and milling machines. All design, machining, assembly and inspection processes are carried out entirely in Italy.
This integration of craftsmanship, engineering and innovation defines the LAZZATI identity — a symbol of precision and reliability recognized worldwide.

Hydrostatic performance tailored to every industry.

Industries & Applications

Our machines are trusted across a wide range of industrial sectors where accuracy, rigidity and long-term reliability are critical.

Aerospace

Precision machining of structural components and landing-gear parts.
Linea T-Type Milling / Ram Milling

Energy

High rigidity for turbine shafts, rotors and heavy casings.
Linea Floor-Type Ram Boring

Defense

Accuracy and flexibility for armored-vehicle and defense components.
Linea T-Type Ram Boring

Heavy Industry

Large structures and mechanical frames requiring high stability.
Linea Floor-Type Ram Milling

Oil & Gas

Deep boring, high-load operations and long components
Linea T-Type Boring

General Engineering & Tooling

Fine surface finishing and high-tolerance machining.
Linea T-Type Milling

Keep your LAZZATI machine operating at peak performance for decades.

LO&M – Protect Your Investment

Our LO&M program ensures long-term accuracy retention, minimizes unplanned downtime, and extends operational lifespan well beyond 30 years.
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Preventive maintenance programs

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24/7 technical support

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Original certified spare parts

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Periodic accuracy verification

Testimonials

Customer Experience

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Our production line required a highly reliable and rigid solution for complex machining. LAZZATI delivered exactly that. Their technical team was responsive, knowledgeable, and fully supported our integration process. Highly recommended for high-end manufacturing

5
Elena Petrova
Chief Engineer, VolgaTechMach (Russia)
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We chose LAZZATI for their outstanding build quality and engineering precision. The performance of our boring machine exceeded expectations in both heavy-duty and fine-finishing operations. It’s a key asset in our workshop.

5
James Walker
Operations Manager, Walker Heavy Industries (UK)
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Abbiamo scelto LAZZATI per la loro lunga esperienza e per la tecnologia avanzata delle loro alesatrici. Le prestazioni della HB 150 Linea Ram ci hanno pienamente soddisfatti. Precisione impeccabile anche su lavorazioni complesse.

5
Junichi Tanaka
Technical Director, Nihon Precision Ltd. (Giappone)
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LAZZATI ci ha fornito non solo una macchina di alto livello, ma anche un’assistenza completa, dalla configurazione iniziale alla formazione del personale. Un servizio davvero completo e orientato al cliente.

5
Carlos Mendes
Production Director, InduMetal SA (Portogallo)
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Abbiamo acquistato una HB 160 MM. Precisione, rigidità e facilità d’uso ci hanno colpiti sin da subito. La macchina ha migliorato sensibilmente i nostri tempi di produzione e ridotto i fermi macchina. LAZZATI è sinonimo di eccellenza italiana.

5
Marco Rinaldi
Responsabile Officina, Rinaldi Engineering (Italia)
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Collaboriamo con LAZZATI da oltre dieci anni e le loro alesatrici si sono sempre dimostrate affidabili, performanti e robuste. La qualità costruttiva e il supporto tecnico post-vendita sono tra i migliori nel settore. Per noi, un partner strategico

5
Andreas Vogel
Plant Manager, Meccanica Vogel GmbH (Germania)

FAQ

Chiusa
What is the difference between T-Type and Floor-Type boring mills and which should I choose?
T-Type boring mills are designed with a fixed table and moving column, making them suitable for multitasking operations and multi-face machining on medium-sized components. Floor-Type machines use a travelling rotary table (V-axis with rotation), allowing the machining of very large and heavy workpieces, including deep boring applications. The choice depends on part size, weight, and machining strategy: T-Type offers flexibility and productivity, while Floor-Type ensures stability for heavy-duty operations. Typical sectors include general engineering and aerospace for T-Type, and energy or oil & gas for Floor-Type. Both lines integrate LAZZATI hydrostatic technology as standard.
What are hydrostatic CNC boring and milling machines?
Hydrostatic CNC boring and milling machines combine boring and milling capabilities with hydrostatic guideways to ensure stable and repeatable machining performance. Unlike linear guideway machines, they operate without mechanical contact, preserving geometry and accuracy over long operational periods. This makes them suitable for applications requiring consistent precision, such as aerospace structures, energy components, and heavy industry equipment. The integration of hydrostatic technology supports reliable machining across large working envelopes and extended cycles. **Precision, rigidity and reliability — delivered through hydrostatic technology designed to last decades.
How do I choose the right boring mill configuration for my application?
Choosing the right configuration depends on workpiece size, required operations, and production workflow. T-Type machines are suited for multitasking and multi-face machining, while Floor-Type configurations are designed for large components and deep boring operations. Evo4.0 architecture allows multiple setups, including Boring, Ram Boring, Milling, and Ram Milling configurations. The selection also considers tool accessibility, axis travel, and integration with existing production processes. Evaluating the machining strategy and component geometry helps define the most suitable configuration.
How flexible are LAZZATI machines in terms of configuration and customization?
LAZZATI machines are built on the Evo4.0 architecture, which allows configuration based on application requirements. Both T-Type and Floor-Type lines support different setups, including fixed and moving ram solutions, as well as a range of accessories such as rotary tables, heads, and tool systems. The hydrostatic system (LHS) is standard across all configurations, ensuring consistent structural behavior. This modular approach enables adaptation to different machining tasks while maintaining compatibility across the product range. Configuration flexibility supports long-term use across multiple applications.
Are LAZZATI machines ready for Industry 4.0 and digital integration?
LAZZATI machines are designed to integrate into digital production environments through systems such as LHI 5.0 and LIA 1.0. These technologies support machine monitoring, data access, and process control within connected manufacturing systems. Compatibility with industrial communication protocols enables integration with factory networks and production management systems. This allows operators to manage machine data and performance within a structured digital framework. The result is improved visibility of machining processes and better alignment with Industry 4.0 requirements.
What models are available in the LAZZATI product range?
The LAZZATI product range is structured into T-Type and Floor-Type lines, each with multiple models and configurations. T-Type machines include models such as HB 130T, HB 150T, HB 2T, HB 4T, and HB 2TF, designed for multitasking and flexible machining. Floor-Type machines include HB 130M, HB 150MM, HB 160MM, and HB 2ML, intended for large and heavy components. Each line supports different configurations, including Boring, Ram Boring, Milling, and Ram Milling. This structure allows coverage of a wide range of machining requirements.
What machining operations can LAZZATI machines perform?
LAZZATI machines are designed to perform a range of operations including boring, milling, deep boring, and multi-face machining. Depending on configuration, they can support 5-axis machining, extended reach operations, and complex geometries. T-Type machines are suited for multitasking operations, while Floor-Type machines handle large components and heavy-duty applications. The combination of configurations and accessories allows adaptation to different machining strategies. This makes the machines suitable for sectors such as aerospace, energy, and general engineering.
LAZZATI S.p.A. designs and manufactures hydrostatic CNC boring and milling machines across two main lines — Linea Floor-Type and Linea T-Type — each available in specialized ranges for Boring and Milling operations.
Every model features fully hydrostatic guidance on all axes, zero wear, thermal stability and Industry 4.0 integration, ensuring unmatched accuracy and rigidity for aerospace, energy, defense, heavy fabrication and precision engineering applications.