How to improve the stability of cutting machine CNC system
Faced with the instability of some domestic manufacturers' numerical control systems, Wuhan Linghang Numerical Control Technology Co., Ltd., based on its many years of practical experience, introduced the method of improving the stability of numerical control systems with the example of the pilot digital control system of Wuhan Linghang Numerical Control Technology Co., Ltd. . Hope to get the user's reference and reference! The specific performance is as follows:
CNC lathe is a machine tool for machining metals and other materials, which controls the movement of the table and tools by a computer or other digital device to achieve high precision and efficiency. Compared with traditional lathes.
Cnc Vertical Lathes,Vertical Turning Lathe,Cnc Vertical Turret Lathe,Vertical Cnc Lathe Machine Ningbo Yien Machinery Co., Ltd , https://www.yiencnc.com
First: Wide temperature level, anti-vibration, maintenance-free electronic hard disk replaces the mechanical hard disk with the most advanced electronic hard disk at present, eliminates the instability of the mechanical hard disk, avoids virus infringement on the hard disk and the system, and has a wide range of temperature adaptability and vibration resistance. maintain.
Second: "one-button" automatic cutting advanced perfect CNC system is not dependent on the WINDOWS operating platform, but cutting control software, to improve the process, simple operation, high degree of automation. Because companies and cutting workers need a simple operation and a high degree of automation. Lanxun CNC system realizes automatic cutting with "one-click" operation mode.
Third: No fan, low power, industrial CPU
The use of a low-power CPU without a fan not only reduces the CPU heat, but also eliminates the instability of the fan, effectively improving the stability of the CNC system.
Fourth: The hardware axis card interpolation operation replaces the software interpolation operation by the hardware axis card interpolation operation to realize the preprocessing and real-time cutting control of the cutting process, so as to avoid the cutting interruption caused by the non-real-time control of the multi-tasking and multi-process of the WINDOWS operating system.
Structural characteristics of CNC vertical lathe:
CNC vertical lathe is a CNC vertical lathe whose main structure is base and single column type structure with table, fixed beam, square ram and single tool holder structure, which is an economic CNC vertical lathe with high rigidity and high cost performance. The casting process of CNC vertical lathe is large in volume and complex in structure, the amount of iron liquid poured is large, the cooling time of the casting is long, and casting defects such as shrinkage, shrinkage, pore, crack and substandard mechanical properties are easy to appear, and it is difficult to control the production process. The base, column and beam of CNC vertical lathe are made of high-strength cast iron with good shock absorption; the large span hardened guide rail has good wear resistance and long-lasting precision maintenance. Symmetrical box structure can carry heavy cutting with high torque. The ram adopts square structure, with good precision. Fixed cross beam, good rigidity and high precision. CNC vertical lathe single tool block structure, stable and reliable precision. Centralized machine operation panel â—‡Makes the operation more convenient and quick. It can process various internal and external cylindrical surfaces, conical surfaces, circular curved surfaces, etc. CNC vertical lathe is suitable for processing parts such as motor shells, large and medium-sized disk sets and covers. It is suitable for electromechanical, automobile, wind power, engineering machinery and other industries.