2012 Haas VF-2, WIPS Renishaw Tool & Part Probe, Programmable Coolant, Remote Jog Handle, 15k rpm Spindle, 4th/5th Axis Drive & Wiring, Rigid Tapping

15" LCD Color Monitor

15,000 RPM Spindle

4th & 5th Axis Drive & Wiring

WIPS Renishaw Tool & Part Probe

Programmable Coolant

Remote Jog Handle

Chip Auger

Royal MIst Collector

Coordinate Rotation & Scaling

HIgh-speed Machining

8-Spare M Functions

Spindle Orientation

Rigid Tapping

Macros

Ethernet

USP Port

Internal High Voltage Isolated Transformer

Machine Cut Primarily Aluminum

Out of a High End Facility

Replacement cost as Equipped is $150k

Only 2,733 Spindle Run Time Hours

The 2012 Haas VF-2 is a versatile CNC Vertical Machining Center designed for precision and efficiency. This used machine is equipped with a high-speed 15,000 RPM spindle and a 24-station side-mounted tool changer, ensuring quick tool changes and reliable performance. Its 36" x 14" table accommodates a maximum load of 3,000 lbs, with an X-axis travel of 30", Y-axis travel of 16", and Z-axis travel of 20". The machine's dimensions are 88" x 93" x 106", and it weighs 8,500 lbs, suitable for a wide range of machining tasks. Key features include a Haas 32 BIT control system, programmable coolant, and WIPS Renishaw tool and part probe for enhanced precision. With 4th and 5th axis drive and wiring capabilities, the VF-2 supports complex operations. Additional features such as rigid tapping, spindle orientation, remote jog handle, and high-speed machining functions amplify its versatility. Ethernet and USB connectivity, along with an internal high voltage isolated transformer, provide modern interfacing options. With only 2,733 spindle run time hours, this VF-2 comes from a high-end facility and has primarily cut aluminum, maintaining excellent condition. It includes advanced options like a chip auger, Royal Mist Collector, coordinate rotation, scaling, and macros. Replacement cost for a similarly equipped model is $150k, offering a cost-effective investment with significant capabilities and reliability for demanding machining environments.