2020 Haas ST-30Y with Milling Capability, Y Axis, Haas Barfeeder, Chip Conveyor, Parts Catcher, Tailstock, 10" Chuck, 3" Bar Cap.

Full C Axis Spindle Rotation

Live Milling/Drilling Capability

Y Axis Capability

Haas Barfeeder Unit

Programmable Tailstock

10" 3 Jaw Hydraulic Chuck

Chip Conveyor

Parts Catcher

Tool Presetter

6,000 RPM Milling Capability

High Pressure Coolant - 300 PSI

Auxiliary Coolant Filter System

High Intensity Lighting

Spindle Orientation

Rigid Tapping

Early Power Failure Detection Module

Ethernet Interface

USB Port Interface

Coolant System with Tank & Pump

Chip Tray Filter Kit

Wired 220V Electrics

Includes (2) Live Tool Holders

The 2020 Haas ST-30Y is a robust CNC lathe designed for flexibility and precision in machining. This machine comes with milling capabilities and a Y-axis, allowing for more complex geometries and operations. It features a 10-inch 3-jaw hydraulic chuck and can handle a maximum bar capacity of 3 inches, making it suitable for a wide range of materials and dimensions. The machine includes a Haas barfeeder, chip conveyor, parts catcher, and tailstock to streamline production efficiency. Equipped with the Haas NextGen Control, this machine offers easy operation with high functionality. It boasts a maximum swing of 31.75 inches, a turning diameter of 18 inches, and a machining length of 23 inches, suitable for substantial workpieces. The X, Y, and Z-axis travels are 12.5 inches, ±2.0 inches, and 26 inches, respectively. A notable feature is the C Axis with 0.01-degree rotation for precise positioning and the spindle delivers speeds ranging from 30 to 3,400 RPM powered by a robust 30 HP motor. The ST-30Y includes a 12-station BMT 65 turret for diverse tooling options, and rapid traverse rates of 472 IPM on the X and Y axes and 945 IPM on the Z axis for quicker cycle times. The machine dimensions are 171 inches by 90 inches by 83 inches, with a weight of 14,300 lbs., ensuring stable and vibration-free operation. This lathe represents a comprehensive solution for complex machining tasks, ensuring precise and efficient production.