Time:2023-05-15 Preview:
CNC processing core is good or graphite is good? CNC processing core and graphite machine are all very common industrial equipment. The two also have something in common and different areas. If the CNC processing core is good or carved and milling, it is difficult to have an accurate result. Different uses cannot be very different. Only in some small fields to be more or bad between the two.
CNC processing manufacturer's main axis bearing speed ratio is CNC processing core fast or graphite fast: CNC processing core machine tool spindle speed ratio is generally 0-8000rpm. Although the fast processing core can achieve a high speed ratio, it is overall. Speaking or graphite machine is very high to the speed ratio. Graphite machine stipulates fast CNC machine tools. The main axle bearing speed is generally 3000-30000rpm. Some specified graphite main shaft bearing transmission is higher than the fast processing core.
The CNC processing core and graphite processing are different: CNC processing cores are used to achieve the machinery and equipment processing of product workpieces with a relatively large amount of cutting, which can achieve heavy drilling. Graphite machines are generally used to process machinery and equipment for smaller diamonds or soft metal materials, which are generally used to print words.
Overall, if it is hard to compare, it cannot be divided. For example, a graphite machine cannot be used in heavy drilling, and the core of processing in the fine printing is worthless. The efficacy industry cannot carry out strong comparison.
·What are the programming skills for CNC machining centers? ·Processing Technology of Automobile Hardware Parts ·Advantages in CNC processing ·Advantages of Horizontal Machining Centers ·What are the causes of deformation and cracking in precision machining ·CNC Processing Center's craftsmanship and characteristics ·Five Key Points of Hardware Powder Spraying Operation ·CNC's functional function ·Installation method for casting mold shells? ·Structure and performance characteristics of vertical lathes