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Cutting sample Contour Cut
Contour Cut Impresses with Novel Quality of Plasma
Impressive results when cutting small inside and outside contours, small webs and other fine contours.

User-specific cost calculation
Individual Cost Calculation and Sample Cutting Possible
If you want to know how the costs per cutting metre or the costs for a certain cut piece are composed

Comparison with Other Separation Methods

Although users increasingly choose plasma cutting, there are of course other alternatives, too. These include oxy-fuel and laser cutting, both being likewise thermal separation methods, but also water jet cutting which does not have a thermal influence on the material. But what are the advantages of each method? How can the plasma cutting method compete with the other mentioned alternatives? Generally it can be said that each method has its right to exist because the demands on the separation method depend on the individual cutting task. Economic aspects, too, should not be overlooked. Often, there are several options how to solve a specific cutting task. Finally, the decision is often made by comparing the separation methods with each other with regard to their costs. In the following you will find a brief overview of the advantages and disadvantages of plasma, oxy-fuel, laser and water jet cutting.

Advantages Disadvantages
  • Highest flexibility when cutting all electrically conductive materials  
  • Lowest requirements on material quality and working environment
  • High cutting speeds when cutting thin and medium-sized plates (up to 10 times higher compared to oxy-fuel)
  • Higher cutting speeds when cutting medium-sized and thick materials compared to laser
  • Operation with one or more torches possible depending on batch size
  • Materials can be cut nearly dross-free (no after-treatment required)
  • Without alternative when cutting medium-sized and thick high-alloyed steel and aluminium plates
  • Excellent suitability when cutting thin and medium-sized mild steel (up to 30 mm)
  • Cutting of high-tensile mild steel with low heat input
  • Very good automation capabilities
  • Underwater plasma cutting for very low heat warpage of the workpiece and  low noise level in the working environment
  • Limited use for materials with a thickness from 0.5 mm up to 160 mm at present
  • A little broader kerf compared to laser cutting
 
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