A spindle (10) having a horizontal milling head is arranged in the ram (9).

A spindle (10) having a horizontal milling head is arranged in the ram (9).

The plateau can induce the milling device to pivot around one of the milling heads during some of the milling operations, which optimizes the stress applied to the heads of the milling device.

The milling devices (2) include a left milling head (2.1) and a right milling head (2.2), and ends of the left milling head (2.1) and the right milling head (2.2) are respectively mounted with cutters (2.3).

At least one milling shaft (4) having at least one milling member (3) is rotatably mounted on the milling frame (2).

A cutting insert (10) for milling operations, such as, face milling, slot milling, plunge milling, and ramping operations.

A cutting tool incorporating one or more of the cutting inserts, and methods of making and using the cutting inserts are also described.

The milling cutter (1) is particularly suited for machining light metals, especially for circular milling.

The invention relates to a milling device (1) comprising a blade having a receiving area and a milling unit comprising a milling rotor (14).

The invention also relates to a milling tool equipped with the milling inserts (1) defined above.

The invention also relates to a milling tool equipped with milling inserts according to the present invention.

In this respect, the surgeon is aware of the desired drilling angle, but is less restricted and better able to view the drill during the drilling process.

A milling apparatus is modified by electrically insulating the milling chamber to enhance the efficiency of tribochemical reactions between reactive compositions during milling.

The invention relates to a milling head (1) for a milling device, especially for milling undercuts in the edges of the teeth of a toothed wheel.

The shaping machine can be used for rectangular transverse shaping, for angular-transverse shaping, for longitudinal shaping and semi-circular shaping.