Hydrostatic Planer Type CNC Milling Machines with Moving Ram, Universal Head and Rotary Table

A T-Type Ram Milling machine is configured with a mobile table (X axis), a fixed column with vertical headstock movement (Y axis), column travel (Z axis), and a ram (W axis) equipped with a milling head. This structure enables extended reach machining while maintaining accessibility across multiple faces.

Compared to T-Type Milling, the ram introduces deeper reach into recessed areas. Compared to T-Type Ram Boring, it uses a milling head for external machining rather than a boring spindle for internal operations. Unlike Floor-Type machines, it is designed for components ranging from 15 to 40 tons.

Unlike systems using linear guides with partial hydrostatic damping, LAZZATI integrates full hydrostatic architecture, ensuring zero-wear motion and stable performance over decades. T-Type Ram Milling machines integrate LAZZATI hydrostatic technology as standard.

The choice depends on the machining strategy and component geometry. T-Type Ram Milling is selected when extended reach milling is required, especially for recessed areas and multi-face operations on medium-scale components.

Compared to T-Type Milling, the ram extension enables deeper access without repositioning the workpiece. Compared to T-Type Ram Boring, it is designed for external milling rather than internal boring operations.

This configuration is particularly suited for components ranging from 15 to 40 tons in sectors such as aerospace, defense, and general engineering, where accessibility and flexibility are critical. Precision, rigidity and reliability define its operational approach.

The ram extension allows the milling head to reach areas that would otherwise require repositioning or additional setups. With travel up to 1,600 mm, the ram enables access to deep or recessed geometries while maintaining structural continuity of the machine.

This is particularly relevant in aerospace structures and defense components, where multi-face machining and internal accessibility must be combined within a single setup. The extended reach supports stable positioning even during complex operations.

Combined with the full hydrostatic architecture, the system maintains consistent motion behavior and contributes to achieving tolerances in the range of ±0.01 mm during extended milling operations.

During ram extension, maintaining alignment and stability is essential. LAZZATI integrates full hydrostatic architecture to ensure controlled motion without mechanical contact, even in extended positions.

This approach supports consistent behavior over time, reducing the influence of wear and preserving geometric accuracy during long machining cycles. In combination with Dynamic Compensation System (DCS), the machine adapts to structural variations during operation, maintaining precision even when the ram is fully extended.

This is particularly important for medium-scale components requiring ±0.01 mm tolerances, where stability during multi-axis movements directly impacts final machining quality. Engineered to last. Built to perform.

T-Type Ram Milling machines are used for medium-scale components requiring extended reach and multi-face machining capabilities. Typical applications include aerospace structural parts, defense components with complex geometries, and general engineering parts requiring accessibility across multiple machining zones.

The ram extension enables operations on recessed areas without repositioning, supporting more efficient machining strategies. This makes the configuration suitable for components where accessibility and flexibility are key requirements.

The system is designed to handle components ranging from 15 to 40 tons, offering a balanced solution between reach, precision, and machining versatility.

T-Type Ram Milling machines are designed for components ranging from 15 to 40 tons, positioning them in the medium-scale segment of machining applications.

They support extended reach milling with ram travel up to 1,600 mm and integrate a universal head (A UA 360) enabling 5-axis machining capability. This allows operators to approach complex geometries from multiple angles within a single setup.

Combined with hydrostatic motion control, the machines maintain tolerances in the range of ±0.01 mm, ensuring consistent machining quality across different operations and component types. Precision, rigidity and reliability.