CNC Turning Milling

A CNC lathe is an automated lathe controlled by computer digital signals. Its core idea is: to write all the steps of processing parts (such as turning routes, process parameters, tool movement trajectories, etc.) into programs in the prescribed code format (referred to as G-codes), and then input them into the numerical control system. The numerical control system controls the servo motor of the machine tool through the servo driver, enabling the cutting tool to precisely perform cutting operations on the rotating workpiece along the preset trajectory.

In simple terms, it is an "automated lathe that can think for itself". The operator only needs to write or call the program, and it can automatically, precisely and efficiently complete the processing tasks.

A CNC milling machine is a multi-functional and high-precision machine tool controlled by a computer. Its core feature is that the spindle drives the tool to rotate, while the workpiece is fixed on the worktable. Through the feed motion of the worktable in multiple directions, the rotating tool performs cutting operations on the stationary workpiece.

In simple terms, its working mode is like "a rotating engraving knife precisely carving on a fixed material", capable of completing a variety of complex processes such as milling planes, milling grooves, milling contours, drilling, and tapping.

The CNC turning and milling compound machining Center (Turn-Mill Center) is a multi-functional and high-precision advanced manufacturing equipment that integrates the functions of a CNC lathe and a CNC milling machine/machining center.

Its core concept is: "One clamping, all done." The workpiece only needs to be clamped once, and the machine tool can automatically complete multiple processes such as turning, milling, drilling, boring, tapping, gear hobbing and even laser processing.