Plasma cutting is used mainly for cutting high-alloyed steel and aluminum, as well as for thin plates of low-alloyed steel (mild steel).
Plasma cutting is a melting procedure, where the to-be-cut metal is melted by the plasma jet. A cutting gas jet is being heated up until it reaches the fourth state of matter, i.e. highly energetic plasma gas, and is being electrically charged (ionized) by the plasma power source. In order to focus the resulting plasma jet, which reaches up to 30.000 degrees Celsius, on the material, it is constricted by a fluidizing gas. Where the plasma jet touches the to-be-cut object, it transmits its energy and punctually melts the material. A secondary gas jet subsequently blows the melted material out of the kerf.
Energy consumption of plasma cutting is higher than oxy-fuel cutting, because the material needs to be melted along the entire kerf. Typical cutting gases include oxygen, nitrogen or argon/hydrogen mixes.
Low to medium
The company ZINSER is renowned around the world for its high quality and customized products “made in Germany”. ZINSER combines tradition with innovation and realises the needs of its customers. Our reputation as a world wide known company is based on our expertise in the field of plasma cutting systems.
The ZINSER 1825-S Fiber Laser is a high-quality guiding machine for laser and plasma cutting and for combined cutting tasks. The portal machine unites the required speed and precision for laser and plasma cutting with the robustness and longevity of an industrial machine.
We offer plasma cutting technology from the leading manufacturers Hypertherm and Kjellberg.
As an OEM partner, you get all-in-one solutions from ZINSER for your plasma cutting machine.