Carbon fiber traverse

Carbon-Fiber Traverse

Ultra-Light, Incredibly Rigid, Built for 6G

Borrowed from Formula 1 and aerospace, Eagle’s carbon-fiber traverse delivers the rare combination of low mass + extreme stiffness—so you cut faster with unmatched accuracy, shift after shift.

Check out our fiber laser cutting technology in motion, our latest releases and success stories

Follow Us On Youtube
Carbon-Fiber Traverse — Ultra-Light, Incredibly Rigid, Built for 6G

Why carbon fiber on a laser’s traverse?

Eagle’s mission to build the ideal fiber laser machine led us to carbon-fiber composite for the traverse bridge.
The material’s strength-to-weight ratio far surpasses metals, enabling the kind of acceleration and precision
you expect from aircraft wings and F1 chassis—now on your cutting floor.

  • Lightweight = acceleration: Less mass means the drive system can hit up to 6G without overshoot.
  • Rigidity = accuracy: A stiffer bridge resists deflection, keeping the beam exactly where it should be—even during rapid direction changes.
  • Damped by design: Composite layers naturally absorb vibration, protecting edge quality and part tolerance.
  • Thermally stable: Low thermal expansion helps maintain consistent geometry as the shop temperature fluctuates.

Stay up to date with Eagle

Be in the know about the latest in smart manufacturing in metal fabrication, our fiber laser cutting solutions and the most relevant industry news.

SUBSCRIBE TO OUR NEWSLETTER

What it means on your metal fabrication?

  • Higher cutting speeds with repeatable accuracy on thin and medium sheets.
  • Sharper corners and tighter radii thanks to reduced ringing during fast vector moves.
  • More good parts per hour without chasing micro-adjustments or slowing programs.
  • Long-term stability that keeps your first-part/last-part consistency high.

The Eagle difference

  • Speed without compromise: We reduced bridge weight and vibration to make extreme acceleration feasible—without sacrificing accuracy.
  • System thinking: Materials, geometry, drives, and control loops are tuned together to maintain beam path stability at speed.
  • Proven under pressure: The same principles that keep F1 cars planted at 300 km/h keep your cut path stable at up to 6G.

Purchasing a high-speed fiber laser cutter is a big decision. Let us help you choose the best machine for your sheet metal processing needs.

GET IN TOUCH WITH OUR EXPERTS