91AV成人导航,伊人狼人影院,操逼精品一,中国一级AV片,黄色毛片一区

For CNC lathes, hardware quality plays a very important role in the entire machining process. However, the better the hardware of the lathe, the more cost-effective the product is. For the efficiency of the lathe, whether the lathe has high-quality CNC programming code is also crucial. Today, CNC lathe manufacturers will explain to you the three major characteristics of high-quality programming code and structural level of CNC lathes.
1. Clear program structure and strong readability
Characteristics: The program is well-organized, with detailed annotations, making it easy for oneself, others, or in the future to modify and debug.
reflect:
Using program segment numbers (N code): Although not mandatory, it is easy to find and locate.
Detailed annotation: Add parentheses to explain key steps (such as changing tools, changing machining methods, and starting cycles), for example: (===FINISH TURNING OD===)
Modular arrangement: Divide different processes such as rough machining, precision machining, slotting, and threading into clear modules.
2. Efficient utilization of fixed cycles
Features: Proficient in using fixed loops such as G70, G71, G72, G73, G76, G90, G94, etc., to replace lengthy single step G01/G00 code.
reflect:
Significantly shorten the program length.
Improve programming efficiency and reduce errors.
The program structure is more standardized, easy to read and modify.
3. Reasonable application of tool compensation
Characteristics: Correctly and proficiently use tool geometry compensation (T code) and tool tip arc radius compensation (G41/G42).
reflect:
Geometric compensation: used to compensate for installation errors and wear of cutting tools, achieving fast tool alignment.
Blade tip arc compensation: For cone and arc surfaces with precision requirements, this is the key to ensuring dimensional and shape accuracy. High quality programming will accurately set the tool tip orientation number (T).
The above are the three characteristics of high-quality programming code and structural level shared by our CNC lathe manufacturer. We hope that the above explanation can be helpful for everyone when using CNC lathes in the future.