When precision matters across every axis, every angle, and every material, you need more than just a five-axis machine. You need the YCM CX7.

This isn’t a machine that simply moves through coordinates. The CX7 is engineered to maintain complete spatial awareness throughout the entire machining process, delivering true volumetric accuracy across the full stroke of every axis. Even under aggressive dynamic cutting conditions, the CX7 maintains the consistency and repeatability manufacturers demand.

No drifting. No guesswork. Just clean, controlled machining performance.

At the core of the CX7 is a machine platform designed for rigidity, speed, and thermal stability. Its BIG-PLUS dual-contact spindle system increases tooling rigidity and improves cutting stability during high-performance applications. Roller-type linear guideways provide the strength and responsiveness needed for demanding production environments, while advanced thermal compensation systems continuously adapt in real time to maintain tight tolerances as machine temperatures change throughout the day.

Supporting the entire structure is a heavily reinforced Meehanite cast base, delivering the stability required for accurate five-axis machining across complex geometries and difficult materials.

Whether cutting titanium, aluminum, stainless, or hardened steel, the CX7 was built to handle the toughest applications without compromise. From aerospace and medical to high-precision industrial manufacturing, this machine is trusted by shops that require perfect parts, consistent cycle after cycle.

Filmed live on the floor at the TIMTOS 2025, Tony Gunn and Jeff Ervay take a closer look inside the engineering behind the CX7 and explain what separates it from traditional five-axis platforms.

Because the CX7 isn’t just about high-performance machining.

It’s controlled. Calculated. And confidently repeatable.