Thermal oxygen cutting

cutting and beveling sheet metal,
cutting out objects of various shapes,
cutting out holes,
cutting off parts of the gating system of castings

all industries, especially engineering and automotive (mainly steel structures)

Thermal oxygen cutting involves burning a slit in the material using a jet of oxygen in conjunction with a heat source, usually an oxy-acetylene gas flame. In addition to acetylene, other flammable gases such as propane, butane, methane or hydrogen can also be used. During the process, the workpiece material is heated to combustion temperature and the molten metal is then removed from the slit using a high-pressure gas jet.

The technology makes it possible to cut thick sheet metal and sheet metal packages (up to 200-300 mm), as well as varnished or corroded parts.

  • very large range of cutting thickness
  • relatively good cutting quality of thicker materials
  • possibility of obtaining perpendicular cutting edges
  • possibility of cutting materials at different angles
  • generating a relatively small amount of waste
  • large heat-affected zone (which can affect the mechanical and structural properties of the workpiece area being cut)
  • limited range of application (e.g. inability to machine high-alloy and high-carbon steels)
  • relatively low process speed and efficiency
  • carbon steel
  • low alloy steel
  • steel structures
  • cutting metal components (e.g. frames; undercarriages and other structural components)
  • cutting aircraft components
  • cutting spacecraft components
  • cutting components of heavy machinery (e.g. bulldozers)
  • acetylene-oxygen torch
  • power source
  • tooling
  • training in torch cutting
  • extensive practical experience in cutting processes

Water consumption

Energy consumption

Waste generated

Competitiveness

Usability

Environmental impact

  • none
  • none