The Tyrolit cut-off wheels in professional quality are perfectly suited for stationary cutting of steel, stainless steel, HSS as well as many other materials.
Our assortment of stationary cutting tools scores with both first-class quality and remarkable depth. Specifically, the range extends from powerful laboratory cut-off wheels and resin-bonded cut-off wheels for steel and stainless steel to diamond cut-off wheels for cast materials as well as high-performance CBN and diamond wheels for cutting tungsten carbide and HSS. The variety and quality of these products are the result of our many years of experience and continuous innovation work and have had a significant influence on the further development of stationary cutting over the past decades.
Always the right tool
The long tool life and easy cutting ability of Tyrolit cut-off wheels for stationary cutting are the result of our continuous innovation process. Crucial to this is the close cooperation with renowned machine manufacturers as well as the constant contact with our customers. We guarantee you sustainable system solutions which exceed your high expectations.
Tyrolit offers you first-class cut-off wheels for a wide variety of applications. If required, we can also support you with individually developed products, which means that you will always receive exactly the right cut-off wheel from us. Examples for this are the following tools:
Resin-bonded cut-off wheels for machining steel and stainless steel but also nonferrous metals and stone. These wheels are suitable for workpieces with large cross-sections or for solid materials. The advantages are low lateral friction and no discolourations on the workpiece.
Non-reinforced laboratory cut-off wheels in premium quality for stationary machines are the perfect tools for cutting samples in the laboratory. Here it is especially important that this process is fast and without deformations of the workpiece. This is exactly what our cut-off wheels are made for.
Diamond cut-off wheels for grey and spheroidal cast iron are mostly used in foundries. Their standing time is significantly longer in comparison to resin-bonded tools. Further advantages are minimized dust exposure for operators as well as less wheel breakage due to the use of a steel carrier body.
