The milling machine completes the metal forming through the rotation of the tool and the movement along the axis of the workpiece. Obviously, milling machine is very important in machining.
The milling machine completes the forming of the metal through the rotation.
Although milling machines are mainly used for machining flat and square surfaces, they are also used for many other purposes. Skilled technicians can use milling machines to cut angles, corners, boring holes, and to process arcs, semicircular arcs and spiral surfaces (using spiral tools — — double helix or multi spiral cutters) by using some auxiliary equipment of some milling machines. Some special cutting tools can also be used for machining gear teeth, dovetail grooves and T grooves on milling machines. More importantly, machining the workpiece shape on the milling machine can be done entirely manually without the need of CNC machining.
Although milling machines are mainly used to process flat and square surfaces. Ular arc, semicircular arc and helicoid (using spiral tools -- double helix or). Ine can be completely operated manually without the need of computer of
Now, if we use computer control to drive the spindle of the milling machine, the range of workpieces that can be machined will be larger. A computer-aided design / computer-aided manufacturing program is used to control the milling machine, and almost any workpiece can be machined. As long as it can be displayed on the computer screen, the shape of the workpiece can be basically processed by milling.
Now, if we use computer control to drive the spindle of the. The workpiece that can be displayed on the computer screen can screen
The basic operation in 2 can be divided into four types:
(1) end milling — — cutting the plane with the end of the cutter teeth.
(2) copying cutting — — machining the shape of the workpiece with the side of the tool.
(3) drilling.
(4) boring — — forming an inner circular surface.
