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Greater Flexibility and Time Savings: Lathes with a Y-axis enable 3-axis interpolation movements and the creation of off-center bores and milling operations. This allows workpieces to be fully machined in a single setup, eliminating operations on other machines and increasing machining accuracy. Additionally, they optimize grooving and parting processes by reducing lever forces for faster workflows.

Precision and Versatility Combined: Driven tools on lathes significantly expand machining capabilities. They enable milling, drilling, and other processes directly on the lathe, reducing re-clamping operations and minimizing downtime. Using various tools in a single setup increases machining accuracy and boosts overall productivity.

Maximum Productivity, Minimum Machining Time: Twin-turret lathes, also known as double-turret lathes, offer significant advantages in reducing machining time. Simultaneous tool deployment enables roughing and finishing on one side while the main and counter spindles operate independently. This design enhances efficiency and allows for complex machining strategies in less time.

Consistent Cooling and Lubrication for Maximum Precision: Our in-house manufactured spindles are cooled and lubricated by an innovative air-oil aerosol system, while temperature sensors ensure constant monitoring. This advanced technology guarantees exceptional durability and outstanding smoothness. Experience maximum precision with minimal thermal growth for consistent performance even under the most demanding conditions.

Speed and Dynamics Combined: Linear roller guides provide high dynamics and rapid traverse speeds. The workpiece weight is transferred linearly to the rollers, which must withstand enormous pressure at contact points. Therefore, we exclusively use linear roller guides from renowned manufacturers.

ICS Makes the Difference!: The internal coolant supply (ICS) delivers coolant directly to the cutting edge, optimizing lubrication and chip removal. It boosts productivity, extends tool life, and enhances process reliability.

Thermal Stability for Precision and Reliability: Pretensioned ball screws reliably and stably compensate for thermal expansion. This technology prevents unwanted elongation of the spindles, ensuring lasting precision and consistently high machining accuracy over extended operating periods.

Cool Efficiency for Longevity: The cooling system uses actively tempered oil that flows through a central bore in the ball screw. Precise temperature control reduces thermal expansion, increases accuracy, and minimizes wear, thereby extending the system’s lifespan.