
At Kerf, we understand that as our industry evolves and new enhancements are launched onto the market, we need to evaluate them and keep you in touch with the latest product developments. In doing that, we appreciate that your overriding concern will always be finding a cutting machine to do the job and do it well.
The past four decades has seen considerable development in the metal cutting process with a range of oxy-fuel, plasma, waterjet and laser cutting machines able to cut materials from 1mm galvanised sheet through to 1000mm thick mild steel. Each process has its role to play in the cost-effective manufacture of a wide range of products.
For further technical details on the Burny range of products, Lincoln Electric plasma cutter parts and controller upgrades, please get in contact with us.

Powerful 125 Amp air plasma system. Top features:

The FlexCut™ 200 design makes plasma cutting uncomplicated. The key design features and advantages will help you understand the machine’s total capabilities so that you can get maximum use from your machine.

Lincoln Electric advances cutting technology with FineLine® High Definition Plasma Cutting Systems by delivering exceptional cut quality when cutting mild steel, stainless steel, and aluminium. The combination of advanced technology, patented Magnum Pro® plasma torch, and consumables allows for more consistent cuts and a more optimal gas flow, resulting in reduced operating costs.
The Fineline 170HD plasma system can pierce and cut 30mm thick mild steel, 25mm stainless steel and 20mm Aluminium. When used in conjunction with the latest UltraSharp software system, users will be able to cut parts of the highest quality with plasma.

Lincoln Electric advances cutting technology with FineLine® High Definition Plasma Cutting Systems by delivering exceptional cut quality when cutting mild steel, stainless steel, and aluminium. The combination of advanced technology, patented Magnum Pro® plasma torch, and consumables allows for more consistent cuts and a more optimal gas flow, resulting in reduced operating costs.
The Fineline 300HD plasma system can pierce and cut 45mm thick mild steel, 32mm stainless steel and 25mm Aluminium. When used in conjunction with the latest UltraSharp software system, users will be able to cut parts of the highest quality with plasma.

For the best quality and the most precise cuts on thicker material, OXY-FUEL profile cutting machines are certainly an excellent option to explore. At Kerf, your first choice for CNC cutting machine manufacturing, we can provide a wide range of different OXY-FUEL cutting machine options. Oxy-fuel cutting is a method that has been around for more than a century, dating back to 1907. However, it is still widely used today and is a critical technology in many sectors.
To cut metals, oxy-fuel cutting uses a mix of fuel gases and oxygen. A number of fuels may be used, with propane being the most popular. Speak to Kerf about our profile cutting machines to find out more.
Kerf’s fiber laser systems are engineered for high-speed profiling of mild steel, stainless steel, and aluminium. With their low operating costs, reduced maintenance, and excellent edge quality, they’re ideal for fabricators and manufacturers who need accuracy without compromise.
Whether you're cutting thin sheets or intricate profiles, our fiber laser machines offer unbeatable repeatability and reliability.
Plasma cutters pass an electric arc through gas (often compressed air), which converts into a plasma arc that is used to cut through the metal. The interaction of gases, an electric arc, and a concentrated area of pressure within the cutting torch results in an electrically conductive ionised gas, commonly known as plasma.
Not only can this cutting method get through almost any material you ask it to, it also leaves you with little to no waste, and it is an extremely accurate profile cutting method. When it comes to choosing a cutting system that will offer you everything you need, waterjet cutting ticks all the boxes.
Waterjet cutting employs an abrasive grit carried by an ultra-high-pressure stream of water. This results in a smooth, precision-cut surface without a heat-affected zone.
Waterjet is the most adaptable method since it can cut nearly any material; even carbon steel is no match for it. Waterjet cutting is an extremely accurate process; It features a narrow kerf width, which allows for the cutting of delicate contours and the production of high-tolerance components.