With the continuous development of modern manufacturing and processing technology, CNC machining equipment and its supporting CAM system have been widely used and developed. The machining tool path generated by the CAM system (ie, the cutting mode) is the core of the processing operation of the control equipment. It directly affects the precision of the workpiece, the surface roughness, the overall machining time, the service life of the machine tool, etc., and finally determines the production. effectiveness.
Turning tool types and uses Turning tools are the most widely used single-edged tools. It is also the basis for learning and analyzing various types of tools. The turning tool is used on various lathes to process outer circles, inner holes, end faces, threads, and troughs.
The walking lathe is a kind of production equipment that is applied to the work shop and has high production efficiency and excellent quality. However, because it is a relatively new type of equipment, people are not very familiar with some specifications when operating, and some may exist.
The rivet in the numerical control tool is a very important part. If it is used improperly, it will be abandoned and overturned. It is conceivable how much such a small part plays a role, in order to make everyone better. Operation, today, tell everyone how to use the studs correctly to prevent unnecessary losses.
The ratio of failure of the CNC lathe tool holder system is relatively high in the operation of the CNC lathe, and there are many reasons for the failure. Tool holder motor overload alarm number: 700022. These two signals appear because the auxiliary contacts of the air switch are connected to the PI.
Before processing, the workpiece process and machining program should be analyzed and programmed first, if the workpiece processing procedure is long or complicated. Do not program on it, but use a programming machine or computer programming, and then back up to the CNC system of the CNC machine through a floppy disk or communication interface. This can avoid increasing the auxiliary time of machining when the machine is occupied.