What are machine oxyfuel gas cutters or track burners primarily used for?

What are machine oxyfuel gas cutters or track burners primarily used for?

• A. Cutting small pieces of metal
• B. Creating circular cuts
• C. Cutting or beveling straight lines
• D. Welding metal pieces together

Answer: (C)

Machine oxyfuel gas cutters or track burners are primarily designed for cutting or beveling straight lines in metal. This capability is essential in various industrial applications where precision and efficiency are required. These machines operate using a torch that combines oxygen with a fuel gas, allowing them to heat metal to its ignition point and then oxidize it to create a cut. Utilizing a machine for oxyfuel cutting enhances accuracy and speed compared to manual methods, making it ideal for large-scale operations or thicker materials where straight cuts are necessary. The ability to bevel edges also adds versatility, allowing for better fitting and welding of metal components after cutting. In contrast, smaller pieces of metal or complex curves may require different tools, and while circular cuts can be achieved, it's not the primary function of track burners. Similarly, the process is not designed for welding, which involves combining metal pieces rather than just cutting them.

Machine oxyfuel gas cutters or track burners are primarily designed for cutting or beveling straight lines in metal. This capability is essential in various industrial applications where precision and efficiency are required. These machines operate using a torch that combines oxygen with a fuel gas, allowing them to heat metal to its ignition point and then oxidize it to create a cut.

Utilizing a machine for oxyfuel cutting enhances accuracy and speed compared to manual methods, making it ideal for large-scale operations or thicker materials where straight cuts are necessary. The ability to bevel edges also adds versatility, allowing for better fitting and welding of metal components after cutting.

In contrast, smaller pieces of metal or complex curves may require different tools, and while circular cuts can be achieved, it's not the primary function of track burners. Similarly, the process is not designed for welding, which involves combining metal pieces rather than just cutting them.