The Fadal VMC 2520 vertical machining center combines reliable construction and advanced CNC capabilities to support a wide range of milling applications. Built around Fadal’s fast and rigid roller-way design, this machine minimizes vibration for smoother, more accurate cuts and improved surface finishes across a variety of materials, including aluminum, steel, and non-ferrous metals.

At the heart of the VMC 2520 is a high-torque spindle with dual belt high/low ranges and up to 220 ft-lbs of torque standard, enabling strong cutting performance across both light and heavier cuts. The spindle supports 10,000 rpm as standard with optional 15,000 rpm, and is paired with a 24-position dual-arm automatic tool changer for flexible tool handling and reduced cycle times.

The machine provides generous travels of 25.5 inches on the X axis, 20 inches on the Y axis, and up to 30 inches on the Z axis (optional extended). Its table area of 31.6 by 17.75 inches supports workpieces up to 990 pounds, giving you flexibility for a wide range of part sizes.

Standard features include a fully enclosed work area, spindle oil cooler, spindle air blast, rigid tapping, automatic lubrication system, LED work lamp, and 3-stage chip separation for efficient chip management. Dual-supported, pre-tensioned ballscrews and auto-lubricated ballscrew and thrust packages contribute to long-term reliability and accuracy.

Optional enhancements available for the VMC 2520 include a chain-type chip conveyor, remote manual pulse generator, wireless tool presetter, wireless touch probe, coolant-through-spindle, 15,000 rpm spindle upgrade, 4th and 5th axis ready wiring, and rotary table integrations — allowing you to customize the machine to your specific production needs.

Equipped with the Fadal 64MP CNC controller (backward compatible with legacy programs), the VMC 2520 delivers smooth machine control, robust programming flexibility, and high-speed machining support, making it a dependable choice for precision shops and production facilities seeking a balance of performance, accuracy, and versatility.