Plasma Cutting
We offer design, development, and manufacturing of various products using plasma cutting technology.
Plasma Cutting Process:
Plasma cutting uses a high-frequency spark to ionize a pressurized gas, creating plasma that melts the conductive material. The high speed of the ionized gas then removes the molten metal, enabling precise cutting.
Plasma cutting is performed in two ways: manually for quick and less precise cuts on materials up to 38 mm, and with CNC for high-precision cuts on pieces up to 150 mm.
Production:
Purchasing Management offers design, development, and manufacturing of a wide range of parts through plasma cutting, covering all possible materials and thicknesses with this method.
There are many types of plasma cutting, primarily depending on the gas used:
- High-definition plasma cutting.
- Nitrogen plasma cutting.
- Oxygen plasma cutting.
- Argon plasma cutting.
- Water jet plasma cutting.
- Etc.
Materials:
Plasma cutting requires the use of conductive metals. The most common include:
- Steel.
- Aluminum.
- Brass.
- Copper.
Plasma cutting is widely used across various industries: in automotive for chassis and frames, in construction for beams and sheet metal products, and in sectors like mining and shipbuilding for the manufacturing and repair of piping and ventilation systems.
Contact
Contact us to work together and find the ideal solutions for your business.
info@indraptor.com
