The machining process has evolved with the advancement of the technology itself and also the discovery and creation of new materials such as carbide or tungsten carbide. Thanks to high-tech software and machines, factories are now able to easily process large quantities of materials to make into products with maximum efficiency and precision.
Factors in Choosing Kent Mill Cutters
Manufacturing machines nowadays are almost fully automated and there are a variety of options you can choose from depends on what kind of machining process you want to accomplish. One of the most common machining processes is milling or simply the process of using rotary cutters to remove material from a workpiece using advancing or feeding in a certain direction and a specific angle using the axis of the metal cutting tool itself.
Kent mill cutters for example are one of the many types of milling machine tools that is designed to cut in the axial direction compared to other regular milling drill bits which can cut in all directions but not axially. Mill applications can range from rounding an edge to simply cutting away excess from a workpiece or material.
Specific Applications and Types of Kent Mill Cutters
As stated earlier there are a variety of Kent mill cutters depending on specific factors or categories you want to use them on, such as depending on the helix angle, what type of material you want to use it on, special geometry, and other specific applications. A couple of common tool bit types of mill cutters include square end, ball end/nose, shell mills, t-slot cutters and many more.
Cutting tools were typically made of a variety of metals such as steel and cobalt but has since evolved and nowadays the most common type of material used for machining and milling processes is carbide or tungsten carbide. Because of the amazing heat resistant and durable characteristics of carbide, it has almost replaced steel and other materials when it comes to metal cutting tools such as Kent mill cutters.