The most effective way to learn the product knowledge of cnc machines parts is to provide the best efficiency tools for difficult cutting and high production costs. It is a professional manufacturer of plastic structural components and hard plastic thickness, non-linear stiffness, and changes above flatness.
Before grinding CNC blades, it is necessary to first check the tool number, tool details, reasonable selection, and accurate data, and use appropriate grinding tools to prevent tool damage. Pay attention to regular maintenance and upkeep, whether it’s CNC blades or regular maintenance and upkeep.
Hard alloy is a professional term used in cutting tools, and it will be discussed, promoted and applied from mode to production, known as the “safest process”. This is the era of “tool investment” and the DI of manufacturing enterprises.
The parameter grades, specifications, and types of CNC machine tool materials are generally required to focus on processing performance at “high speed”, especially for large machine tool castings and machine tool guides.
The alloy grade, specifications, and accuracy level used for the cutting tools should meet the machining requirements of CNC lathes.
After completing the following tasks, if there are several finished parts during operation, a layer of insulation paper should be applied to prevent chips from injuring people; The installation of cutting tools should be shortened to avoid wear and corrosion, as non machined cutting tools can cause accidents; Also, regularly monitor the wear of the tool tip.
1. Impact of cutting speed: The impact of cutting speed is also very important. The cutting speed is generally required to reach 30m/min; The appropriate feed speed can be from 03 to 100mm/min;
The impact of tool wear: The impact of cutting speed is also decreasing year by year. If the cutting speed is too high or the blade is severely worn, it should be replaced regularly according to the specific situation;
Tool wear used in the machine tool industry: mainly due to early wear of machine tools and tools, resulting in their performance failure. After using tool wear, the cutting process restores the accuracy of the machine tool and undergoes re heat treatment;
The impact of productivity: Due to the large residual chips, low cutting temperature, and high speed tools, the cutting arc radius increases, and the unit cutting speed significantly decreases, exacerbating tool wear. When the cutting speed continues to increase (cutting speed continues to increase), the cutting temperature of the blade still continues to increase, indicating that the impact of cutting speed on tool life has a significant impact on cutting temperature and machining accuracy persistence.
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