2000 Mazak SQT100MSY with Milling, Y Axis, Subspindle, LNS Servo S2 Barfeed, Chip Conveyor, Parts Catcher, Tooling

Full C Axis Spindle Rotation

Live Milling/Drilling Capability

Y Axis Capability

Subspindle

LNS Servo S2 Short Barfeeder

Collet Chuck on Main Spindle

5" 3 Jaw Hydraulic Chuck on Subspindle

Rear Exit Chip Conveyor

Parts Catcher

Mist Collector

Transformer

EIA/ISO Input Function

EIA Helical Interpolation

EIA Coordinate Rotation

EIA Helical Tapping

Backround Tool Path Check

Mill Tool Synchronous Tapping

Direct DWG Size Input

User Definable Macro

600 Macro Variables

User Macro Interupt

Work Coordinates Select

Polar Coordinates Input

Enhanced Y Axis Control

Subspindle 1/1000 Degree Positioning

Pitch Error Compensation

(14) Live Tool Holders

(11) Static Tool Holders

(13) Spindle Liners

(8) Pieces Royal Collets for Collet Chuck

**Low Usage only shows 8,490 Power On Hours**

**Showing 2,189 Total Cutting Hours**

The 2000 Mazak SQT100MSY is a robust CNC lathe designed for precision machining with milling, Y-axis, and subspindle capabilities. This model is in good used condition and features a collet chuck and a 5-inch subspindle for versatile workpiece handling. It offers a maximum swing of 21.65 inches, with a cutting diameter of up to 11 inches and a machining length of 14.1 inches, making it suitable for various applications. Equipped with a 12-station turret, the machine supports rapid tool changes, enhancing productivity. The main spindle operates at speeds up to 6,000 RPM with a 10 HP motor, while the subspindle matches these specifications for synchronized operations. The Y-axis travel is 3.15 inches, adding versatility in contouring and off-center drilling tasks, and the mill spindle operates at 4,500 RPM powered by a 5 HP motor. Additional features include an LNS Servo S2 Barfeed, chip conveyor, and parts catcher, facilitating efficient material handling and waste management. With a compact footprint of 103" x 62" x 73" and a weight of 10,340 lbs, the Mazak SQT100MSY is built for durability and precision, making it an ideal choice for complex, multi-axis machining tasks in a production environment.