What is the cutting angle?

The cutting angle is one of the two main angles that describe the position of the tool in relation to the work surface. The cutting angle refers to the angle, in stages, between the tool line and the line perpendicular to the desktop. Other main measurements, the tool angle, refers to the angle between the tool line and the desktop. As the cutting angle reduces, the force required to cut into the working surface increases, leading to a minor impact on the surface. This means that high -cut angles are used for the main removal of the material and low cut angles are used to complete or smooth.

There are a large number of different angles that affect the way the tool is cut into the desktop. The cutting angle is the biggest factor in the final result, but other angles also affect their own results. This means that two tools, if used at the same cutting angle, may have different end results.

The tool angle is the second main factor, although most of its importance is locatedin a small area. The instrument has two main parts on its cutting surface, leading and end -face. The angle between these surfaces is the bottom of the tool angle. This subsection is called the clearance angle and each tool must have. The angle of will describe the actual point of impact between the desktop and the tool, if there is no clearance angle, the tool is not really solved on the surface.

Grind on the blade is the main determination of the angle of clearance. There are three different types of grind and each has a different overall impact. Flat grind is the basic type, the slopes of the edges are flat as a triangle. This provides a slight durability and a slight angle of will. The channel edge is convex, which means that the parties bulge; This gives greater durability, but lower will. The hollow grind is Concave, which means that it slopes inside; This gives lower durability and higher will.

All these factors combine and determine the way the tool is produced. Grind is the main influence on the will that affects the angle of tools that will then determine the correct angle of riverzu. Even without all these factors, there are several basic guidelines to determine probable angles. In general, when the tool goes against the grain of the surface, the bottom angle is required. A higher angle is used to run with grain and the highest angle is used to scratch or complete.