Dear partners in the manufacturing and processing fields, you are in touch with the tungsten carbide end mill every day. As an industrial fast-moving consumer product, the tungsten carbide end mill is widely used in the processing and manufacturing fields of 3C consumer electronics, molds, graphite, automobiles, and medical devices. Speaking of milling cutters, everyone is familiar with it, so what is a tungsten carbide end mill? For a while, I don’t know how to answer, right?
Generally, we can analyze it according to the shape and purpose of the tungsten carbide end mill. The milling cutter is a cutting tool with a cylindrical shape or a disk shape with cutting edges on the circumference and bottom to make it rotate to cut the workpiece. In layman's terms: Tungsten carbide end mill is a rotary tool with one or more teeth for milling. When working, each cutter tooth intermittently cuts off the margin of the workpiece. Tungsten carbide end mill is mainly used for machining planes, steps, grooves, forming surfaces and cutting off workpieces on milling machines.
How did tungsten carbide end mill develop?
A kind of argument on the Internet comes from the planer. Only one side of the planer has a blade, and when the planer is running back and forth, only one side has the function of cutting. Then the time for the planer to return becomes useless and completely wasted.
Secondly, the blade of the planer is very narrow, so the processing efficiency is relatively low. In order to overcome these shortcomings, people have improved it. The most primitive way is to install the planer on a shaft, make it rotate quickly, and let the workpiece slowly pass through it, which saves time. This is The original milling cutter was also called single-edged tungsten carbide end mill. After long-term development, there are now various tungsten carbide end mills.
