Processing Range and Working Principle of Horizontal Machining Center

As horizontal machining center machine tools can be widely used in different automation fields, modern horizontal machining center machine tools can simultaneously complete multiple metal processing processes, such as complex milling, turning, finishing and deep hole drilling. In most industries, horizontal machining centers are used to replace traditional machine tools to process large parts, such as cylindrical surfaces of shaft or disk parts. In addition, they are often used to process curved surfaces and conical surfaces of large parts with arbitrary cone angles.

The metal equipment industry uses horizontal machining centers to increase production and productivity. It can perform various tasks according to its intended use, including forming, turning, machining cams, ultra precision machining and hard turning. Most horizontal machining centers can be equipped with automatic tool change devices, which can store multiple tools for machining parts at the same time. The machine tool control system can effectively perform multiple cutting operations simultaneously without manual intervention.

Accuracy is a very important parameter for every automobile industry and aviation industry. In particular, components of aircraft equipment need to strictly comply with the laws of physics. In this case, the accuracy of traditional CNC machine tools cannot guarantee such accuracy. On the other hand, horizontal machining centers can produce precision parts for aerospace and other industries. On the other hand, modern horizontal machining centers can save time and do not require manual intervention. Typically, the operator simply provides the program to start.