As the saying goes, "You can't have both fish and bear's paws." The main meaning is that there are always advantages and disadvantages, and this is also true in industrial production. If you recklessly improve the efficiency of machine production, it is highly likely to cause the machine to enter the scrap period ahead of time, which will not be worth the loss. So reasonable use of machines is an effective method to ensure efficient operation. Today, we will talk about the specific methods for controlling cutting quantity reasonably on Shandong CNC lathes.

Factors affecting cutting conditions: cutting speed, feed rate, and cutting depth directly lead to tool damage. As the cutting speed increases, the temperature of the tool tip will increase and mechanical, chemical, and thermal wear will occur. Increasing the cutting speed by 20% can shorten the tool life by half.

The relationship between feed conditions and tool wear occurs in a very small range. But with a large feed rate, the cutting temperature increases, and back wear is significant. The impact of cutting depth on the tool is not related to cutting speed and feed rate, but at micro cutting depth, the rigid layer generated by cutting parameters can also affect the tool's lifespan.

Users should choose cutting speed based on CNC lathe processing data, hardness, cutting status, data variety, feed rate, cutting depth, etc. Select appropriate processing conditions based on these elements. Regular and stable wear is the ideal state. But in practice, the choice of tool life is related to tool wear, machining dimension change, surface quality, cutting noise, machining heat and other factors. Stop the discussion based on confirming the processing conditions and requirements. For refractory materials such as stainless steel and heat-resistant alloys, coolants or rigid blades can be used.

The above is the specific method for reasonably controlling the cutting amount of Shandong CNC lathes, hoping to be helpful for everyone who uses Shandong CNC lathes in the future.