Manufacturing capability
Plasma Cutting
Plasma cutting is a thermal cutting process used to produce profiles and shapes from electrically conductive materials. It is commonly applied to carbon steel, stainless steel, and aluminum plates for structural fabrication, heavy machinery, industrial equipment, and projects requiring efficient cutting of medium- to thick-section materials.
Related process: Sheet Metal Fabrication
Manufacturing overview
Plasma cutting uses an electrically conductive plasma arc to melt material along a programmed cutting path.
The process is particularly useful for cutting metal plates where speed, material thickness capability, and cost efficiency are important.
Typical applications include structural plates, machine frames, brackets, heavy equipment components, and fabricated steel assemblies.
Suitable materials include carbon steel, stainless steel, aluminum, and other electrically conductive metals.
Compared with laser cutting, plasma cutting may offer economic advantages for certain thicker materials, although edge quality and dimensional precision vary by equipment and process conditions.
Design considerations include kerf width, heat-affected zones, edge bevel, dross formation, and thermal distortion.
Buyers should provide cutting profiles, material grade, plate thickness, quantity, tolerance requirements, and edge preparation specifications.
Secondary operations may include grinding, machining, drilling, welding, and coating.
Inspection may include dimensional verification, edge quality assessment, and material certification.
Metraxio supports plasma cutting RFQs for custom industrial plate components and structural fabrication projects.