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+39 0331 465.200

lazzati@lazzati.eu

Via Rugareto, 7
20027 Rescaldina (MI) – Italy

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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.

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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.

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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.

General Engineering & Tooling Applications

Machining Requirements in General Engineering & Tooling

General engineering and tooling applications involve a wide range of components with varying geometries, tolerances and machining requirements.

Typical production environments include subcontracting, tooling departments and specialised manufacturers producing complex parts in small or medium batches.
Applications often require high positioning accuracy, stable reference surfaces and flexibility to adapt machine configurations to different component types.

In these contexts, maintaining accuracy over time and across diverse machining operations is essential for consistent production quality.

Hydrostatic Technology for Precision and Flexibility

LAZZATI Evo4.0 machines are designed with full hydrostatic guideways that ensure constant positioning behaviour regardless of load conditions or machining duration.

The absence of mechanical contact eliminates friction-related wear, allowing the machine to maintain stable geometry and predictable axis behaviour over time.
This is particularly beneficial in general engineering and tooling environments, where machines are frequently reconfigured to handle different components and machining operations.

Hydrostatic technology supports both flexibility and long-term accuracy, enabling consistent results across a wide variety of applications.

Typical General Engineering & Tooling Components

LAZZATI hydrostatic boring and milling machines are commonly used for machining:

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Moulds and dies

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General mechanical parts and assemblies

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Automotive tooling and fixtures

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General mechanical parts and assemblies

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Subcontracted precision components

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Fine-tolerance industrial components

These applications often involve complex geometries, precise alignment requirements and the need for reliable repeatability across different production batches.

    Recommended Machine Configurations

    General engineering and tooling applications benefit from versatile machine configurations that support both precision and adaptability.
    Typical configurations include:
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    Evo4.0 hydrostatic architecture

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    Flexible working envelopes for diverse component sizes

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    Compatibility with modular heads and accessories

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    Precise axis control for fine-tolerance machining

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    Integration of LAZZATECH systems for control, diagnostics and process stability

    Each configuration is defined according to application diversity, component complexity and production workflow.

    Investment Grade Machinery for Engineering and Tooling

    Tooling and general engineering environments require machines capable of delivering consistent accuracy across varied workloads and long operational lifetimes. LAZZATI machines are engineered as Investment Grade Machinery, designed to retain accuracy, rigidity and repeatability throughout their service life. This supports manufacturers and subcontractors in achieving reliable production quality and predictable machining performance.

    Market Perspective

    Market research shows that reliability, advanced technology and comprehensive support are the three decisive factors in machine tool purchases. LAZZATI delivers all three for general engineering and tooling applications requiring precision, flexibility and long-term accuracy.

    Explore LAZZATI Machines for Engineering & Tooling
    Discover LAZZATECH Technologies
    Request a Tooling Application Consultation

    FAQ

    Chiusa
    Which LAZZATI machine is best suited for general engineering and contract manufacturing?
    For general engineering and contract manufacturing, both T-Type and Floor-Type configurations are relevant. T-Type Ram Boring and T-Type Milling are suited for precision tooling, fixtures, multi-face components, and medium-size workpieces. Floor-Type Ram Boring supports larger custom components, repair work, heavy tooling, and industrial re-machining. This dual approach gives job shops and subcontractors flexibility across different sectors, from aerospace parts to energy components and general industrial work. The hydrostatic architecture provides consistent precision and rigidity across diverse applications. Both configurations integrate LAZZATI hydrostatic technology as standard.
    How does hydrostatic technology support versatility in general engineering applications?
    General engineering requires one machine to manage different materials, tolerances, geometries, and industries. LAZZATI hydrostatic technology supports this versatility by maintaining stable precision across tooling work, repair operations, prototypes, and small-batch production. The same machine can process aluminium tooling, steel fixtures, stainless steel parts, cast-iron components, and tool steel molds. Typical precision requirements are ±0.01 mm to ±0.02 mm, with surface finish values around Ra 1.6 μm to 3.2 μm. This consistency allows one machine to serve multiple applications without losing rigidity or accuracy.
    How does LAZZATI configuration flexibility support job shop production?
    Job shops and subcontractors often need to switch between different components, materials, and batch sizes. LAZZATI T-Type machines support multi-face machining and precision work on medium components, while Floor-Type machines extend capability to larger custom parts and repair operations. This flexibility is useful for tooling, fixtures, machine components, prototypes, and re-manufactured parts. With workpieces typically ranging from 15 to 60 tons for T-Type configurations, with Floor-Type capacity configurable based on table selection, configuration choice can be aligned to the shop’s application mix. Precision, rigidity and reliability are maintained across different production requirements.
    Can LAZZATI machines handle both precision tooling and heavy repair work?
    Yes. T-Type configurations are suited for precision tooling, jigs, gauges, multi-face components, and smaller custom parts, while Floor-Type configurations support larger repair work, heavy tooling, machine beds, and industrial components. This makes LAZZATI machines suitable for general engineering environments where production changes frequently. The same workshop may handle aerospace tooling, cast-iron fixtures, steel repair components, and prototype parts. Hydrostatic consistency supports stable machining across these different applications. This makes the machine a strategic asset for high-mix, low-volume production.
    What types of work can be done on LAZZATI machines in a job shop environment?
    In a job shop environment, LAZZATI machines can be used for precision tooling, fixtures, jigs, gauges, machine tool components, large-scale molds and dies, custom brackets, mechanical supports, prototype parts, and re-manufactured industrial components. T-Type machines are generally selected for multi-face machining and precision work, while Floor-Type machines are used for larger or heavier components. This allows the same production environment to serve different sectors without being limited to one application type. The final configuration depends on workpiece size, access requirements, material, and expected tolerance range.
    What industries can general engineering shops serve with LAZZATI machines?
    General engineering shops using LAZZATI machines can serve multiple industries, including aerospace, energy, oil and gas, heavy industry, industrial maintenance, tooling, and custom machinery manufacturing. The key advantage is not specialization in one sector, but consistent machining performance across different application types. Components may range from 15 to 60 tons for T-Type configurations, with Floor-Type capacity configurable based on table selection and include aluminium tooling, steel structures, stainless steel parts, cast-iron housings, and tool steel molds. This supports a versatile production model where one machine can address different customer requirements. Engineered to last. Built to perform.

    LAZZATI hydrostatic boring and milling machines are widely used in general engineering and tooling applications where precision, flexibility and long-term accuracy are essential. Manufacturers machine moulds, dies, automotive tooling, fixtures and precision components that require stable geometry and reliable repeatability across different production batches. Hydrostatic guideway technology eliminates mechanical wear, ensuring constant axis behaviour and accurate positioning over time.

    Combined with rigid machine structures and versatile configurations, LAZZATI Evo4.0 machines support a wide range of machining operations within tooling departments and subcontracting environments. Modular heads, flexible working envelopes and integrated LAZZATECH systems enable efficient adaptation to different component types and production needs.

    Designed as Investment Grade Machinery, LAZZATI solutions retain performance and accuracy across diverse engineering and tooling applications. The Hydrostatic Boring Mill. We BOOST Your Profits.