CNC Lathe Processing Route Confirmation Mode

- Aug 16, 2017-

CNC Lathe processing route confirmation mode
With the automotive, defense, aviation, aerospace and other industries and the rapid development of aluminum and other new materials, high-speed precision CNC Lathe processing of high-speed requirements are getting higher and higher. High degree of automation, greatly reducing the labor intensity, to a large extent, dilute the difference between physical labor and mental work. CNC Lathe is now the necessary equipment for industrial production, but also one of the necessary equipment, the mechanical production together, the use of CNC Lathes that is able to greatly increase the scope of use, and to a certain extent, promote industrial production , The power of progressive work. High-speed precision CNC Lathe processing route refers to the NC machine tool processing, the relative movement of the tool parts and direction.
    1. should be able to ensure processing accuracy and surface roughness requirements;
    2. should try to shorten the processing route, reduce the tool empty travel time.
    At present, the CNC Lathe has not yet reached the universal use of the conditions, the general should be too much blank on the margin, especially with the forging, casting hard layer of the remaining arrangements in the ordinary lathe processing. If you must use CNC Lathe processing, you should pay attention to the flexible arrangements for the program.
 Precision CNC Lathe to the direction of high-speed development, can give full play to the performance of modern tool materials, not only can greatly improve the processing efficiency and reduce processing costs, but also improve the surface quality and precision parts. Precision CNC Lathe prices in the intelligent aspects of the show. Precision CNC Lathe intelligent content includes all aspects of the numerical control system:
    A. For the pursuit of processing efficiency and processing quality of the intelligent, such as adaptive control, process parameters automatically generated;
    B. In order to improve the driving performance and the use of intelligent connection, such as feedforward control, motor parameters of the adaptive operation, automatic identification of the load automatically selected models, self-tuning;
    C. Simplify programming, simplify the operation of the intelligent, such as intelligent automatic programming, intelligent human-computer interface;
    D. Intelligent diagnosis, intelligent monitoring of the content, to facilitate the system diagnosis and maintenance.
 The use of CNC Lathes has been the industry's popularity, greatly improving the industrial production efficiency, speed up the development of industry. Here, we got the CNC Lathe manufacturers on the principle of CNC Lathe to explain, which you all know?
  Column guide rail with high-load linear rolling guide rail, dynamic response performance, high precision Retention with high-quality 6-station vertical electric knife, high rigidity, tool change quickly and reliably centralized machine tool control panel, making the operation more convenient; / Z axis with high precision ball screw and screw bearings, good precision to maintain a good overall closed protection, environmental clean.
  High precision AC spindle motor, enhanced the stability of the machine running the spindle using imported high-level lubrication Grease lubrication, fully enclosed, maintenance-free bed saddle.
The reliability of CNC Lathes has always been a major concern for users. CNC system will use a more integrated circuit chip, the use of large-scale or large-scale special and hybrid integrated circuits to reduce the number of components to improve reliability. Through the hardware function softened to meet the requirements of various control functions, while the use of hardware structure Machine body modular, standardized and universal and serialization, making both to improve production volume, but also easy to organize production and quality checks. But also through automatic operation to start the diagnosis, online diagnosis, offline diagnosis and other diagnostic procedures to achieve the system hardware, software and a variety of external equipment for fault diagnosis and alarm. Use the alarm prompt, the timely troubleshooting; the use of fault-tolerant technology, the important components of the "redundant" design to achieve fault self-recovery; use of various tests, monitoring technology, when the production overtaking, knife damage, interference, When the accident, the corresponding protection.