This Pre-owned 2003 HAAS EC400 Horizontal Machining Center for sale is a tool to help you get the job done. This machine is immediately available and has a new spindle motor end of 22. The HAAS CNC control system that is intuitive and easy to use. One of the main features of this machine is the number of options and upgrades that come with it. For instance, it comes with a chip conveyor, which will keep the workspace clean and tidy. This will allow the operator to focus on the job at hand without worrying about the mess that is being made. In addition to the chip conveyor, the 2003 HAAS EC400 also comes with a coolant thru spindle, making it an ideal machine for tough jobs that generate a lot of heat. The 360 Deg. indexing table is also a great feature that makes it easy to manipulate the workpiece into the optimal position for machining. This feature is particularly useful when working on complex parts. The side mount tool changer on this machine also increases efficiency by changing tools in seconds instead of minutes. It is also equipped with a pallet changer, which makes it much easier to move your parts on and off the machine. This is especially helpful when working on large or heavy parts. Finally, the inline direct drive spindle on the 2003 HAAS EC400 is one of the best you'll find. With this feature, the spindle is directly driven by a motor, providing greater accuracy and less vibration. This results in better quality parts and longer tool life. Overall, the 2003 HAAS EC400 Horizontal Machining Center is a fantastic tool that is perfect for anyone who needs a reliable and efficient machine. Whether you are working on small parts or large ones, this machine has everything you need to get the job done.

Note from the seller: This machine was taken off power as of 8/15/23 and moved to a different part of the facility to make room for the new 5th axis machine that came in. Video can be found at the YouTube link which shows the machine in operation prior to being removed from power.

Link: https://youtu.be/lLQFh_XigfI