In the air compressor crankshaft precision cylindrical grinder, the modern advanced crankshaft grinder combines various advanced designs and technologies, which not only improves the machining accuracy, but also greatly improves the machining efficiency of the grinder. This article takes the grinding machine processing method as an example to carry on the research and the discussion, summarized the grinding machine high efficiency processing method.
At present, most international mainstream crankshaft high-speed grinding machines use CBN servo grinding machines with automatic probe compensation function. With the gradual use of CBN tools and the optimization and improvement of machining logic, high-speed crankshaft grinding is no longer a dream. Therefore, the design principle and logic structure of various high-speed grinding deserve further research and study.
The modern optimization design of swing track grinder provides various solutions for the whole processing of crankshaft. Part types cover all crankshaft types from single cylinder to 12 cylinders. According to the processing method and the required output, each type of high-speed cutting grinder is designed and equipped with a unique platform and wheel frame.
Modern and advanced swing track grinding machines can perform almost all grinding tasks of crankshaft machining. The main journal (cylindrical, convex and concave) and the connecting rod journal (cylindrical, spherical, convex and concave) can be completed by one arrangement.
In order to more specifically introduce the current leading high-speed machining methods of grinding machines, this paper will answer and explain the design features and design principles of high-speed cutting grinding machines. By comparing with other processing methods, the mystery of grinder design is discussed in depth. In this paper, it will be the main research direction, and the design features and principles of high-speed grinding machines will be explained one by one.
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