What is a tool wearing?

tool wear occurs when certain tools that are used for tasks with high impact, such as cutting or drilling, cut the cutting profile or the overall efficiency of this tool, begin to wear. Many different types of tool wear and wear will be varied depending on the type of tool, the type of tasks performed with this tool and the heat of the tool at the height of its operation. High temperatures often accelerate the tool wear process, especially if the tool is used incorrectly or when used very often.

The side wear is perhaps the most common type of tool wear and occurs in normal use. This happens when a part of the tool that comes into contact with the cut surface or drilling begins to wear, does not necessarily be boring, but instead becomes weaker. Drilling pieces and saw blades can cause side wear after a significant amount of normal use and sufficient side wear indicates when the tool or part of the tool needs to be replaced.

Edge wear is a type of tool wear that occurs on drilling and can cause the bit drill to be ineffective. This happens when cutting edges worn after high temperatures and high speeds cause the tool to shock the tip. Most often it occurs at the tip of the drill bit, but it can also extend the length of the cutting channels of the drill bit, especially when used especially high speeds. This type of tool wear makes the drilling process exceptionally and can even prevent the drill to be properly cut. At high speeds, the edge of the worn bit can warm up both the drill bit and the piece, which leads to burning or even breaking the bits.

Another common type of tool wear is a crater wear in which a metal chip of any tool breaks from the cutting surface, or there are metal chips. While this type of wear can cause cutting processys to change slightly, it is usually not a significant problem if the drill or other cutThe tool does not start cutting too much or not enough material, changing the shape or efficiency of cutting. The tool may also occur; This occurs when the material on the cutting surface is heated and then transformed, it is based on a changed cutting surface. This happens most often at high speeds and high heat and can significantly change the cutting process.