CNC Plasma/Gas Cutting

Infrastructure Overview

GISF Engineering Private Limited is equipped with an advanced CNC Plasma and Oxy-Fuel Cutting Machine, designed to deliver high-precision cutting solutions for heavy and medium steel plate applications. This facility plays a vital role in meeting the complex cutting requirements of power plants, refineries, infrastructure, and bridge projects.

The CNC cutting system is capable of processing steel plates up to 3000mm × 18000mm in size and can handle material thicknesses of up to 150mm, making it ideal for heavy structural and industrial components. The machine is fitted with multiple oxy-fuel cutting torches along with one plasma cutting torch, offering flexibility to select the most suitable cutting process based on plate thickness, material grade, and project specifications.

The oxy-fuel cutting system is primarily used for thick carbon steel plates, ensuring clean cuts and consistent edge quality, while the plasma cutting torch enables faster cutting speeds with superior accuracy for thinner plates and intricate profiles. CNC automation ensures precise contour cutting, repeatability, and minimal material wastage.

Key benefits of this CNC Plasma/Gas Cutting facility include:

  • High-accuracy cutting of large and heavy steel plates

  • Capability to handle complex profiles and shapes

  • Smooth edge finish with minimal secondary processing

  • Improved productivity and reduced fabrication time

  • Consistent quality meeting international fabrication standards

 

This advanced cutting capability allows GISF Engineering Private Limited to efficiently support large-scale fabrication requirements while maintaining strict quality control and timely project execution.

FAQs – CNC Plasma/Gas Cutting

  • Q1. What is the maximum plate size and thickness that can be cut?

    The CNC cutting machine can process steel plates up to 3000mm × 18000mm with a maximum thickness of 150mm.

  • Q2. When is plasma cutting preferred over oxy-fuel cutting?

    Plasma cutting is generally used for thinner plates and complex profiles, as it offers higher cutting speed and better precision, while oxy-fuel cutting is ideal for thicker carbon steel plates.

  • Q3. How does CNC cutting improve fabrication quality?

    CNC automation ensures accurate dimensions, repeatability, reduced material wastage, and smooth edge quality, leading to improved overall fabrication efficiency and consistency.