2024 Haas EC-400 PP 6-Pallets, WIPS Renishaw Tool & Part Probe, Remote Jog Handle, Coolant Thru the Spindle, Full 4th Axis, Chip Conveyor

6 Pallet Pool Configuration with 6 Drilled and Tapped Pallets

Full 4th Axis Rotary Table

100 Station Tool Changer

Coolant Thru the Spindle - 300 PSI

WIIPS Renishaw Wireless Intuitive Tool & Part Probing System

Through the Tool Air Blast

Auxiliary Coolant Filter System

LCD 15" Color Touch Screen Control

Remote Jog Handle

8MB Memory

Spindle Orientation

Dynamic Work Offset & Tool Center Point Control

User Definable Macros

Enclosure Exhaust System

Coordinate Rotation & Scaling

Chip Conveyor w/Disc Filtration

Auxiliary Coolant Filter System

USB Port Interface

Macros

All Available Manuals

The 2024 Haas EC-400 PP is a versatile CNC horizontal machining center designed for high productivity and precision. Featuring a 6-pallet changer with table dimensions of 15.75" x 15.75" per pallet, it can handle a maximum table load of 880 lbs. The machine offers X, Y, and Z axis travels of 22", 25", and 22" respectively, with rapid traverse rates of up to 1,400 inches per minute and cutting feedrates of 833 inches per minute. The Haas NextGen Touch Screen Control ensures ease of operation and precision. Equipped with a robust 30 HP Vector Direct Drive spindle, the EC-400 offers a spindle speed of up to 12,000 RPM and uses a CAT 40 spindle taper. The machine includes a comprehensive tool magazine with a 100+1 station tool changer, accommodating tools with a maximum diameter of 5", a length of 12", and a weight of 12 lbs. Additional equipment includes Haas' WIPS Renishaw Tool & Part Probe, a remote jog handle for ease of setup, and a coolant-through-the-spindle feature to enhance tool life and performance. The machine's dimensions are 202" x 102" x 113", with a pallet pool measuring 127" x 91" x 85", and a total weight of 31,200 lbs. The EC-400 PP also features a full 4th axis with a precise pallet indexing capability of 0.001 degrees, and an effective chip conveyor system, making it ideal for complex machining tasks that require precision and efficiency.