Tool setting method for a CNC lathe
Tool setting method for a CNC lathe Before CNC lathe processing, in order to ensure smooth processing and improve the processing accuracy, the origin of the workpiece should first be clarified, the processing coordinate system should be accurately set, and the size and deviation of the relative position of various tools should be comprehensively considered. […]
What are the working principles and characteristics of turning?
What are the working principles and characteristics of turning? Working principles of turning: On a lathe, the shape and size of a workpiece are changed by rotating the workpiece and moving the tool linearly or curvilinearly to shape it to meet the requirements of the drawing. Turning is a method of cutting a workpiece on […]
Difference Between CNC Machining Center and CNC Lathe
Difference Between CNC Machining Center and CNC Lathe In modern manufacturing, CNC machining center and CNC lathe are two important CNC devices that differ in processing technology, application scope and functional characteristics. Understanding the difference between them is crucial to choosing suitable processing equipment and improving production efficiency and product quality. This article will take […]
The CNC program compensates for the machine’s backlash, precision turning.
The CNC program compensates for the machine’s backlash, precision turning. With the rapid development of modern technology solutions, in order to meet the needs of high-precision parts processing, increasingly advanced precision CNC machining equipment has gradually replaced the traditional general work. However, the radius value of the arc structure during turning can often only be […]
Milling method for straight bevel gears
Milling method for straight bevel gears Cylindrical bevel gears can be processed by ordinary milling machines. According to the number of times each tooth groove is cut, they can be divided into one-cut method, two-cut method and three-cut method. The basic principle is to cut the tooth groove by adjusting the relative position of the […]
Error compensation technology to improve the machining accuracy of CNC machines
Error compensation technology to improve the machining accuracy of CNC machines In the development and application of modern science and technology, there are two ways to ensure the accuracy of machining: one is to improve the quality of CNC machine tools, and the other is to use error compensation technology. to improve the accuracy through […]
Analysis of processing errors
Analysis of processing errors Error in the machining principle. The error in the machining principle is that in the actual machining process of mechanical parts, the use of methods, tool contours and gear ratios similar to the theoretical machining methods will cause the resulting parameters of the part to deviate from the theory. The most […]
CNC machining center CNC method
CNC machining center CNC method There are two programming methods commonly used in CNC machining centers today: ① Simple contours – contours consisting of straight lines and arcs, directly programmed by the G code of the CNC system. ② Complex contours – three-dimensional surface contours. Use automatic programming (CAD / CAM) software to draw three-dimensional […]
Processing principles of CNC machining center
Processing principles of CNC machining center Defining the machining route The machining route of the CNC lathe feed refers to the path that the turning tool travels from the tool setting point (or fixed machine origin) until it returns to this point and completes the machining program, including the cutting path and non-cutting operations such […]
Two ways to compensate for tool length
Two ways to compensate for tool length 1) Use the actual tool length as tool length compensation (this method is recommended). Using the tool length as compensation means using the tool setter to measure the tool length, and then inputting this value into the tool length compensation register as tool length compensation. The reasons for […]