VM 5020EZ: Extra Z-Travel, More Flexibility, Same Reliable Performance

When your work demands more clearance, more versatility, or the ability to add a fourth axis without compromising rigidity, the VM 5020EZ steps in as the ideal solution. With extra Z-travel built into its design, this machine gives shops the vertical clearance they need to expand capabilities.

In our final stop of this machine series, Steve walks us through what sets the 5020EZ apart—and why shops looking for expanded capability should take a closer look.

What Does “EZ” Stand For?

The “EZ” designation refers to the machine’s column riser, a design feature that provides extended Z-travel. For manufacturers, that means:

• More room for tall workpieces
• Easy integration of a rotary fourth axis or trunnion table
• Enough clearance for longer tools or vises mounted on risers
• More flexibility in part setups without compromising accuracy

This extra height is one of the machine’s biggest advantages—especially for shops trying to do more in a single setup.

Inline vs. EZ: What’s the Difference?

While the standard inline version features a 12,000 rpm spindle, the VM 5020EZ comes equipped with a 10,000 rpm belt-driven spindle. This design still delivers excellent torque and performance for a wide range of applications, while prioritizing space and versatility over maximum spindle speed.

The control platform remains identical to the inline model, allowing operators to switch between machines seamlessly.

Perfect for Shops Adding a Fourth Axis

If your shop is expanding capabilities—especially with fourth-axis machining—the VM 5020EZ is built for exactly that.

With increased Z-clearance and extra travel, it accommodates rotary equipment without reworking fixtures. Whether loading tall parts, using longer tools, or stacking vises, the EZ provides the space you need.

Why the VM 5020EZ Matters

In many shops, the biggest bottleneck isn’t spindle speed—it’s work envelope limitations. The VM 5020EZ eliminates those constraints by extending vertical capacity and allowing you to take on jobs that wouldn’t fit on a standard VMC.

Ideal for:

• Tall or awkward components
• High-mix job shops with frequent setup changes
• Adding a 4th-axis system
• Increasing part reach and clearance
• Long-tool applications

The result? More capability, less compromise.