进给条件与刀具后面磨损关系在极小的范围内产生。但进给量大，切削温度上升

The relationship between the feed condition and the wear on the back of the tool occurs in a very small range. But the feed rate is large, the cutting temperature rises, and the back wear is large. It has less influence on the tool than cutting speed. Although the influence of cutting depth on the tool is not as large as the cutting speed and feed rate, when cutting at a small depth of cut, the material to be cut will produce a hardened layer, which will also affect the life of the tool. <br>The user should select the cutting speed to be used according to the processed material, hardness, cutting state, material type, feed rate, depth of cut, etc. <br>The selection of the most suitable processing conditions is selected on the basis of these factors. Regular, stable wear and longevity are the ideal conditions. <br>However, in actual operations, the choice of tool life is related to tool wear, dimensional changes to be processed, surface quality, cutting noise, and processing heat. When determining the processing conditions, it is necessary to conduct research according to the actual situation. For difficult-to-process materials such as stainless steel and heat-resistant alloys, coolants or blades with good rigidity can be used.

The relationship between the inerge condition and the wear on the back of the tool is generated in a very small range. However, the intake volume is large, the cutting temperature rises, and the back wear is large. It has less impact on the tool than the cutting speed. Although the effect of depth of cut on the tool is not large, but in the small depth cutting, the cutting material produces a hardened layer, which also affects the life of the tool.<br>Users should choose the cutting speed to use according to the material being processed, hardness, cutting status, material type, intake, depth of cut, etc.<br>The selection of the most suitable processing conditions is based on these factors. Rule-based, stable wear to reach life is the ideal condition.<br>However, in the actual operation, the choice of tool life is related to tool wear, changes in machined size, surface quality, cutting noise, machining heat, etc. In determining the processing conditions, research needs to be conducted according to the actual situation. For difficult-to-process materials such as stainless steel and heat-resistant alloys, coolants can be used or rigid blades can be used.

The relationship between the feed condition and the tool wear is very small. But when the feed rate is large, the cutting temperature rises, and the back wear is large. It has less influence on the tool than the cutting speed. Although the influence of cutting depth on the tool is not as big as cutting speed and feed rate, the hardened layer of the material to be cut will also affect the life of the tool.<br>The user should choose the cutting speed according to the processed material, hardness, cutting state, material type, feed, cutting depth, etc.<br>The most suitable processing conditions are selected on the basis of these factors. It is ideal that regular and stable wear reaches the life.<br>However, in practice, the choice of tool life is related to tool wear, dimension change, surface quality, cutting noise, machining heat and so on. In determining the processing conditions, it is necessary to study according to the actual situation. For hard working materials such as stainless steel and heat-resistant alloy, coolant or rigid blade can be used.<br>