2006 Doosan Puma MX2500ST 9 Axis Mill/Turn Center w/ Pendulum B Axis Head, Milling, Y Axis, Subspindle, Lower Turret

9-Axis Capability

Pendulum Style B-Axis Head

Live Milling Capability on Upper Head

Y-Axis Capability on Upper Head

Sub Spindle

10" 3 Jaw Hydraulic Chuck on Main Spindle

8" 3 Jaw Hydraulic Chuck on Subspindle

40 Station Tool Changer Magazine

12 Station Lower Turret with All Locations Capable of Live -

Automatic Tool Eye

Chip Conveyor

Parts Exit Conveyor System

Complete Coolant System with Tank & Pump

3 Color Machine Status Condition Lights

Card Interface

RS 232 Port Interface

All Available Manuals

All Available Tooling

**Run Time Hours Upper Turret 5,851**

**Run Time Hours Lower Turret 445**

**Machine is in need of having B axis mill drive spindle rebuilt at estimated cost of $25,000**

The 2006 Doosan Puma MX2500ST 9 Axis Mill/Turn Center is an advanced CNC lathe designed for precision and versatility. This used machine integrates a pendulum B axis head with milling capabilities, a Y axis, subspindle, and a lower turret, offering enhanced multitasking operations. It operates on the reliable Fanuc 18i-TB Control, which is known for its intuitive user interface and robust performance.

This model features dual chuck sizes with a 10" 3-jaw chuck on the main and an 8" 3-jaw chuck on the subspindle, providing flexibility for different workpieces. With a maximum swing of 29.5 inches, the Puma MX2500ST can accommodate sizable projects. Its maximum turning diameter is 9.84 inches and it supports a turning length of up to 40.2 inches, making it suitable for both short-run and extensive production needs.

The machine includes a tool magazine with a 40-position automatic tool changer (ATC) and supports high-speed operations with the main spindle reaching 5,000 RPM and the milling spindle at 10,000 RPM. With a 35 HP main spindle motor, rapid traverse rates up to 1417 inches per minute, and a sturdy construction weighing 28,500 lbs, this mill/turn center ensures efficient performance and durability in demanding applications.