composite material cutting machine / for fiberglass / textile / rotary blade
Eagle C125

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composite material cutting machine composite material cutting machine - Eagle C125


  • Material:

    for composite materials, for fiberglass, textile

  • Technology:

    rotary blade, straight-knife

  • Control type:


  • Associated function:


  • Applications:

    for the automotive industry, for industrial applications, for aeronautical applications, heavy-duty

  • Other characteristics:

    precision, CE, with conveyor, rotary

  • X travel:

    Max.: 36'00" (11 m)

    Min.: 4'00" (1 m)

  • Y travel:

    Max.: 168 in

    0 in (0 in)

    Min.: 72 in

  • Cutting speed:

    60 in/s (91,440 mm/min)


The Eastman Eagle C125 conveyor system boasts supreme capabilities for single- to low-ply cutting requirements. It has the ability to continuously convey rolled material goods with consistent speed and control. Eastman's gantry and tool head design are engineered to cut the most diverse technical and industrial fabrics available, while exceeding industry standards for accuracy. The robust conveyor design delivers unrivaled levels of material utilization and is often capable of cutting multiple layers without plastic overlay. This computer-controlled cutting system requires minimal operator guidance to automatically feed and spread material to the identified start position.

•Exclusive InMotion™ software enables the conveyor to continuously move while the gantry is cutting (option)
•Tremendous efficiency for pattern pieces exceeding the table length
•Choice of 60 blades, punches and notches

Cutting Surface

The cutting surface is a smooth and durable, high-durometer cast urethane conveyor belt suitable for even sticky or downy materials. It has proven reliable for 2,000+ hours of normal operation, with some customers testifying to more than four years of continuous use.

Material Hold-Down

The C125 is equipped with a self-contained, high-flow vacuum system to ensure optimum material hold-down for cutting. Millions of holes are perforated in a random pattern that provides evenly dispersed vacuum flow, no matter where you are cutting. The piece removal zone is integrated into the design, eliminating the need for extension tabling.