When cutting metals or making parts, the efficiency of the technologies used and the economic indicators of production are of great importance. Plasma cutting is the technology of separation cutting, which allows you to quickly and accurately perform the most complex task of processing metal.
Features and benefits of plasma cutting technology
This is the most effective technology for obtaining metal products for many spheres of production (construction, engineering). By means of plasma cutting it is possible to make metal designs of any purpose and complexity.
Plasma cutting of metal has its own characteristics and advantages in comparison with gas-oxygen and laser cutting:
● High speed metal working
● Absence of deformation flow on the machined cutting surface
● Ability to process ferrous and non-ferrous metals, their alloys
● No additional processing of the finished product is required
● Any geometric shapes and shapes can be cut
● High precision of cut (+/- 0.25 mm) and alignment of finished holes (no more than +/- 0.1 mm)
● High repeatability of products (accuracy - no more than +/- 0,1)
● Minimal negative impact on the environment
● There is no limitation in the thickness of the metal, like laser cutting.
The maximum dimensions of sheet metal - 1500 X 3000 mm., Thickness - up to 22 mm. (With a larger thickness, a gas cutter is used)
For each metal processed by means of plasma there are certain features. For stainless steel it is the production of round billets of large diameters: the mechanical method does not allow the cutting of stainless steel sheets. For titanium and titanium alloys, there is no formation of solid penetration solutions.