2025 Haas DS-30Y

Haas Control w/ WiFi Connection

Y-Axis

Live Milling (4,000 RPM)

Full C Axis Spindle Rotation

Subspindle

24 Station BMT 65 Turret

Control Cabinet Cooler

Chip Tray Filter Kit

Coolant Sanitizer

VPS Editing

Media Display M-130

Ethernet

1GB Memory

USB Port

Collet Chuck & 10" 3-Jaw Chuck for Main Spindle

8" 3-Jaw Chuck for Subspindle

Tool Presetter

Parts Catcher

Belt Style Chip Conveyor

Spindle Orientation

Rigid Tapping

CNC Control Cabinet Cooler

Haas Magazine Barfeed

Phone Charging Stand

3-Live Tool Holders

Assortment of Spindle Liners

Replacement Cost as Equipped $240k

The 2025 Haas DS-30Y is a versatile used CNC lathe designed for precise machining tasks. Equipped with Haas control featuring WiFi connectivity, this machine is well-suited for modern manufacturing environments. It comes with a live milling capability of up to 4,000 RPM and full C-axis spindle rotation, offering extensive machining flexibility. The model features both main and subspindles, with the main spindle supporting a 10" 3-jaw chuck and the subspindle an 8" 3-jaw chuck, providing substantial capacity for various operations. This CNC lathe is designed with a 24-station BMT 65 turret, allowing multiple tool changes to enhance productivity. It includes a chip conveyor and a parts catcher, ensuring efficient handling and cleanup of materials. The machine boasts a powerful 30 HP spindle motor with speeds up to 4,500 RPM, while the subspindle is powered by a 20 HP motor reaching 4,000 RPM. It also features rapid traverse rates of 472 ipm on the X and Y axes, and 1,200 ipm on the Z-axis, ensuring quick positioning and performance. Additional features include a CNC control cabinet cooler, VPS editing, coolant sanitization, and media display capabilities. Connectivity options such as Ethernet and USB ports, along with 1GB of memory, ensure seamless data management and control. The current replacement cost of this machine is estimated at $240,000, providing significant value for operations requiring advanced machining capabilities with a robust design.