2012 Mori Seiki NHX4000 with 1 Degree Pallet Index, Hi Press. CTS, 12,000 RPM, CAT40, 40 Station Tool Changer, Hyd. Fixturing, Cool Blaster Coolant

2 Pallet Changer System

1 Degree Pallet Indexing

Auto Indexing of Front Pallet (Servo Powered Workstation Set Up)

Tool Breakage Detection

Cool Blaster High Pressure Coolant Through the Spindle System

40 Station Tool Changer

Chip Conveyor

Hydraulic Fixturing

Scales

Flood Coolant

Rigid Tapping

Helical Interpolation

Spindle Oil Chiller Unit

Coolant System with Tank & Pump

Card Interface

RS 232 Port Interface

All Available Manuals

**Power On Hours 33,170**

**Operation Hours 21,981**

**Cutting Hours 1,200**

The 2012 Mori Seiki NHX4000 is a reliable CNC horizontal machining center designed for precision and efficiency. It features a Mitsubishi M730BM control system with MAPPS IV, ensuring advanced operational capabilities. This model is equipped with a one-degree pallet indexing system, allowing for improved flexibility during machining operations. The machine includes two pallets of size 15.7" x 15.7" and can accommodate a maximum part size of 24.8" diameter by 35.4" height, with a table load capacity of up to 880 lbs. With X, Y, and Z-axis travels of 22", 22", and 26" respectively, the NHX4000 offers substantial machining versatility. It operates at a spindle speed of 12,000 RPM, powered by a 40 HP spindle motor with a CAT 40 spindle nose, providing robust performance. The machine features a 40-station tool changer, designed for efficiency in varied production environments. Additional features include hydraulic fixturing, Cool Blaster coolant, and rapid traverse rates of 2,362 IPM, contributing to increased productivity and reduced cycle times. The overall dimensions of the machine are 107.1" x 165.9" x 108", and it weighs 18,000 lbs, making it a substantial but manageable piece of equipment for industrial applications. The Mori Seiki NHX4000 is a dependable choice for manufacturers requiring high precision and reliable performance in their machining processes.