2018 DMG Mori NTX2000-1500SZM Mill/Turn Center, Pendulum B Axis, Y Axis, Lower Turret Milling, 10" & 8" Chucks, 76 Pos. ATC

Pendulum Style B Axis Head

Full C Axis Spindle Rotation - Both Spindles

Subspindle

Y Axis Capability

10 Station Lower Turret with Milling Option

Chip Conveyor

10" 3 Jaw Hydraulic Chuck on Main Spindle

8" 3 Jaw Hydraulic Chuck on Subspindle

Through the Spindle Coolant

X, Y and Z Axis Linear Scales

Renishaw RMP600 Workpiece Measuring System

Pro Mega 580 Bar Feed System

Mist Collector

Oil Skimmer

Multi Dry Filter

Coolant System with Tank & Pump

Wired 220V Electrics

USB Port Interface

RS 232 Port Interface

The 2018 DMG Mori NTX2000-1500SZM is a versatile mill/turn center designed for high-precision machining tasks, suitable for complex multi-axis operations. Featuring a Fanuc Series 31iB5 control, this model offers substantial flexibility with a pendulum B axis capable of ±120 degrees movement in precise .0001-degree increments. The Y-axis travel reaches ±4.9 inches, enhancing the machine's capacity for producing intricate parts. The mill spindle, with a speed of up to 12,000 RPM and equipped with a Capto C6 taper, further solidifies its capability in milling operations. This machine includes two chucks, 10-inch and 8-inch, allowing for varied workpiece handling. It boasts impressive rapid traverse rates, notably 1574 IPM on the X, Y, and Z axes, optimizing cycle times for production environments. The NTX2000-1500SZM is well-suited for diverse applications, accommodating a maximum turning length of 60.6 inches and turning diameters of up to 25.9 inches on the upper turret, while the lower turret offers additional versatility with live tooling capability. The machine is equipped with a 76-position automatic tool changer and supports up to 30 HP on both the main and sub-spindles with a maximum speed of 5,000 RPM. With its comprehensive features and robust build, this CNC lathe maintains a weight of 33,594 lbs and fits within a footprint of 161"x118"x104", ideal for demanding industrial environments requiring precision, speed, and adaptability.