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ATE CUT-100 3PH ATE CUT-100 3PH

ATE CUT-100 3PH

ATE PRODUCTS

The ATE CUT-100 3PH is a high-performance 3-Phase IGBT Air Plasma Cutting Machine designed to deliver fast, clean, and precise metal cutting for industrial applications. Built with advanced IGBT inverter technology, it provides a stable cutting arc, high cutting efficiency, and excellent edge quality, making it ideal for fabrication workshops, heavy engineering, automotive manufacturing, and maintenance operations.

Engineered for productivity and reliability, the CUT-100 3PH ensures smooth cutting with minimal slag, reducing post-cut finishing time and improving overall workflow. Its robust industrial construction and user-friendly control panel enable operators to achieve accurate cuts on a wide range of conductive metals while maintaining consistent performance during continuous operation.

Designed to withstand demanding industrial environments, the ATE CUT-100 3PH combines energy-efficient operation with powerful cutting performance, making it a dependable solution for precision metal cutting applications. The catalog identifies it as an IGBT Air Plasma Cutting Machine.

Key Features

  • Advanced 3-Phase IGBT Air Plasma Cutting Technology
  • Fast, clean, and precise metal cutting
  • Stable cutting arc with excellent edge quality
  • Minimal slag for reduced finishing work
  • Energy-efficient inverter design
  • Heavy-duty industrial construction
  • Easy-to-use control panel
  • Reliable performance for continuous industrial applications

Applications

  • Metal Fabrication
  • Structural Steel Processing
  • Industrial Manufacturing
  • Automotive & Commercial Vehicle Workshops
  • Maintenance & Repair Operations
  • Engineering Workshops
  • Sheet Metal Fabrication
  • General Industrial Cutting
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Becoming a customer of ATE Welding Engineering & Robotic Automation's limited elite customer base and experience top quality products and service will get you a sneak peak into what this experience is like. Welding is a fabrication process that joins materials, usually metals or thermoplastics, by using high heat to melt the parts together and allowing them to cool, causing fusion.

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