MORI SEIKI NZ2000 CNC LATHE

MORI SEIKI NZ2000 MORI SEIKI NZ2000 CNC LATHE equipment image

Equipment Overview

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OEM
MORI SEIKI
Model
NZ2000
Year of Manufacture
-
Category
CNC LATHES

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Technical Description

This Mori Seiki CNC turning center features dual spindles with synchronized 5,000 RPM capability and 33.3 HP motors, enabling simultaneous machining operations on both ends of the workpiece. The machine accommodates bar stock up to 2.5" diameter and offers a maximum swing of 33.5" over the bed with 31.9" turning length, supporting production of mid-sized components. Three independently programmable 16-position turrets provide 48 total tool stations for comprehensive machining flexibility. The system includes a 2.56" collet chuck and 8" three-jaw chuck configuration on both spindles, with A2-6" spindle noses and 2.9" through-spindle bores. Advanced motion control includes full C-axis rotation with 360,000 positions, 4.3" Y-axis travel for live tooling work, and B-axis subspindle positioning to 34.3". Rapid traverse rates reach 1,181 IPM on the X-axis, 787 IPM on Y, and 1,968 IPM on Z, ensuring efficient cycle times. An auxiliary 10 HP upper rotary tool motor spins independently at 6,000 RPM for secondary operations. The Mori Fanuc MSX 701E CNC control manages all axis coordination and provides sophisticated programming capabilities for complex multi-axis work. Weighing 20,900 pounds, this precision-engineered platform is designed for high-volume production of shafts, fasteners, and complex turned components requiring both spindle operations and live tooling capabilities.

Technical Attributes

Spindle Bore Diameter
2.90 ''
Z-Axis Travel
31.9 ''
Control System
MSX-701
Max Swing
33.50 ''
Max Spindle Speed
5000 RPM
X-Axis Travel
8.30 ''

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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