Plasma cutting has been around for many years. For many applications it remains as the most cost-effective method of cutting a range of materials.
Developments and enhancements to control, plasma and software systems have enabled significant improvements in cut quality and capability. Bolt ready holes can be cut without the need for any subsequent rework, and the edge quality even on the thicker materials is excellent with our plasma cutting machines.
Traditional plasma cutting is a very cost effective, tried and tested method of cut, but if you’re looking to cut thinner materials, or achieve higher cut speeds, Kerf High Definition Plasma is the solution for you.
Using Kerf’s high definition plasma machines we can achieve cut speeds of 3,300 mm/min on 12mm thick mild steel using one of our mid-range plasma cutters. The plasma cutting process can pierce and cut mild steel from 1mm right the way through to 55mm thick.
Developments and enhancements to control, plasma and software systems in plasma cutting machinery have enabled significant improvements in cut quality and capability. Bolt ready holes can be cut without the need for any subsequent rework, and the edge quality even on the thicker materials is excellent. High definition plasma cutting is ideal for mild steel, stainless and aluminum profile cutting.
Kerf offers ‘Best in Class’ high definition plasma cutting systems. We achieve this by selecting and recommending appropriate equipment from leading global suppliers. Based on your requirements, Kerf brings together a turnkey solution that meets your specification; this includes the machine, software systems, installation, training and post-sales support.
Choose from our rapid selection of high-definition plasma cutting machines, for high quality components. Process machines for cutting mild steel from 1mm to 50mm thickness. Learn More
Laser quality cuts, at plasma cutting prices. Our in-house developed cutting technology, Ultrasharp, is sure to offer a cost effective alternative to laser cutting, without losing definition. Find Out More