The circumferential speed of the milling edge of the CNC lathe machining depends on the cutting speed v (meters/min). Manufacturers like Dongguan Ruibang Technology who are professional in CNC lathe processing know that setting the cutting parameters of milling cutters is an important part of CNC lathe processing and producing qualified machining parts. Let me share with you the following. Three ways to express feed quantity! The first type: the feed per minute vf (mm/min), which represents the displacement of the workpiece relative to the milling cutter per minute; the second type: the feed per revolution f (mm/min), which represents the rotation per revolution of the milling cutter per revolution; the second type: the feed per revolution f (mm/min), which represents the rotation per revolution of the milling cutter. The relative displacement amount with the workpiece during one revolution; the third type: the feed amount af per tooth (mm/tie), which represents the relative displacement amount of the workpiece within each time the milling cutter rotates one tooth. CNC CNC lathe machining milling cutter milling depth AP (mm) is the contact length of the milling cutter and the workpiece measured parallel to the centerline of the milling cutter axis. Milling and cutting arc depth ae(millimeters Read More

Regarding the surface processing of CNC precision parts processing, when we perform surface processing of CNC precision parts processing, we first depend on the technical requirements of the processing surface. However, it should be noted that these technical requirements are not necessarily the requirements specified in the part drawing. Sometimes It may also be higher than the requirements on the part drawing in some aspects due to process reasons. If the reference does not overlap, the machining requirements for the machining surface of certain CNC precision parts are increased. Or it may be used as a precision benchmark to make higher processing requirements. After clarifying the technical requirements for the surface of each CNC precision part, the final processing method that can ensure the requirements can be selected based on this, and a few steps and processing method that requires each step. The selected CNC precision parts processing method should meet the requirements of parts quality, good processing economy and high production efficiency. After we understand the above consultation, we should also understand that when processing CNC, we should consider Read More

What is CNC machining? CNC machining is actually a process of process manufacturing, usually refers to computer digitally controlled precision mechanical processing, CNC lathe machining, CNC milling machine machining, CNC grinding machine machining, etc. The computer software programmed determines the mechanical movement of CNC processing. This process can be used to control a series of complex machinery, from grinding lathes to grinders and routers, and complete three-dimensional cutting tasks through CNC machining. In today's CNC machining protocols, the production of parts through pre-programmed software is mainly automated, using computer-aided design (CAD) software to set the given missing size in place, and then convert it to The actual finished product. Making any given bow and arrow in CNC requires a variety of machine tools such as drills and tools. To meet these needs, many machines today combine several different functions into one unit. or, Read More

With the continuous development of technology, customers now have higher and higher requirements for precision parts processing products, so the requirements for precision parts processing manufacturers are also increasing. Today, Dongguan Ruibang Technology will introduce you to precision parts processing products. Which issues need special attention. 1. Whether the materials for precision parts processing are suitable for fully automatic processing. Generally speaking, the processing performance of materials such as brass, aluminum alloys, ordinary carbon steel has better processing performance, and the degree of grinding of CNC tools is relatively small, making it more suitable for processing with automatic lathes. Compared with parts with poor processing performance such as high-speed steel and stainless steel, precision processing is difficult, and CNC tools are seriously damaged during processing, or excretion is more troublesome when processing materials such as copper. Many other stainless steel plates are not suitable for severe hardening. Fully automatic lathe processing. 2. The aperture size, length, processing process, etc. of precision parts are not suitable for automatic lathe processing. According to the above analysis, Read More