the cutting tool on the lathe exerts a force

It has the advantages of high hardness and wear resistance, low friction coefficient, high elastic modulus, high thermal conductivity, low thermal expansion coefficient and low affinity with non-ferrous metals. It can also be used to cut refractory steel, stainless steel, high strength steel, tool steel and other difficult materials. The blade is made of cemented carbide and is used to cut cast iron, non-ferrous metals, plastics, chemical fiber, graphite, glass, stone and ordinary steel. It is a general tool for rough machining and semi finish machining. It is made of high-speed steel and can be polished continuously. Special type: such as compound cutter, damping cutter, etc. The blade can be replaced after being blunt. Machine clamp type: the blade is fixed on the tool bar with a mechanical holder. It is suitable for all kinds of turning tools, especially small tools. It has compact structure and convenient manufacture. Welding type: it is connected by welding method and divided into tool head and tool rod. Related reading: Ferrous vs Non-ferrous Metals It is suitable for small turning tools and non-ferrous metal turning tools.

Integral type: the main body of the tool is made of one blank, which is not divided, and is easy to grind into sharp cutting edges. It is mainly used for inner hole processingĪccording to the structure, it is divided into:

Thread turning tools mainly include external thread turning tools and internal thread turning tools, of which external thread turning tools are mainly used for external thread processing and internal thread turning tools are mainly used for internal thread processing. The outer grooving turning tool is mainly used for outer circle grooving and cutting, and the inner grooving turning tool is mainly used for inner groove processing There are many kinds of turning tools, which can be divided into:Īccording to the main deflection angle, there are 95 degrees (for semi finishing and finishing of outer circle and end face), 45 degrees (for outer circle and end face, mainly for rough turning), 75 degrees (mainly for rough turning of outer circle), 93 degrees (mainly for profiling finishing) and 90 degrees (for rough and finish turning of outer circle).

The cutting tool on the lathe exerts a force