What does it take to build a CNC machine capable of machining some of the largest and most complex components in manufacturing?

Go inside TRIMILL with TITANS of CNC for a behind-the-scenes look at the engineering, technology, and precision that go into building these massive machining centers.

Built for Big, Complex Parts

TRIMILL CNC machines are engineered for demanding applications where size, accuracy, and performance all matter. These machines combine high-speed machining, advanced linear motor technology, precision tooling, and extreme rigidity to tackle large, complex components, including those found throughout the aerospace industry.

In the video, Titan explores the TRIMILL facility and takes a closer look at how these enormous machines are designed and built from the ground up.

Massive Machines. Serious Precision.

Building a large CNC machine isn’t simply about scaling everything up. As workpieces and machining envelopes grow, maintaining accuracy, stability, and surface quality becomes increasingly challenging.

TRIMILL engineers its machines to deliver the rigidity and dynamic performance required for aggressive milling while maintaining the precision needed for demanding finished components.

The result is a machine platform designed to deliver:

• High accuracy across large working envelopes
• Excellent surface finishes
• High-speed, high-performance milling
• Rigidity during demanding cutting operations
• Reliable machining of large and complex geometries

See How TRIMILL Machines Are Made

From massive structural components to sophisticated motion technology, this behind-the-scenes tour shows just how much engineering goes into creating CNC machines at this scale.

Watch the full TITANS of CNC video below to go inside TRIMILL and see how some of the biggest CNC machines in the world are built.