Used LENZ DLG-560-6 #9407180 for sale

LENZ DLG-560-6 is a fully automated, high-precision machine tool designed for precision operations on hard materials such as steel and titanium. As a CNC Lathe, DLG-560-6 can perform continuous cuts on materials to create intricate parts with high accuracy and repeatability. The lathe is powered by a high-performance spindle drive motor and is designed for high-speed, high-precision work. With a 6-axis, it can execute complex operations accurately and quickly with minimal set-up time. LENZ DLG-560-6 is equipped with a high-speed servo drive, a 4-station indexing turret, and a HI-REVS spindle. The drive provides high-performance dynamic speed control, allowing for extremely fast and precise positioning of the cutting tool. The combination of highly accurate CNC control coupled with the indexing turret provides the operator with a wide range of product choices. The HI-REVS spindle is a powerful and highly accurate high-speed spindle drive motor providing 10,000 rpm with a 0.001 degree accuracy. The spindle is capable of producing large volumes of high-precision parts with minimal set-up and programming time. The trunnion-style tooling provides reliable and high-speed cutting capabilities with repeatable accuracy. The CNC control system is an easy to use graphical interface that allows the user to enter program commands and enable the machine to run a variety of complex machining operations with only minimal operator intervention. It is equipped with an intelligent operator assist system and has the capability to store multiple programs. DLG-560-6 also features advanced features such as multiple program storage, automatic tool measurement and a high-precision z-axis control system. LENZ DLG-560-6 is ideal for machining parts with high accuracy and repeatability such as engine components, turbine blades, medical instrument and more. It offers an efficient and cost-effective solution for parts requiring high-performance cutting. The machine is designed for operations such as turning, drilling, boring and threading, making it suitable for various precision machining applications. It can also be used for intricate operations, as well as for primary and secondary operations on complex parts.