The lower surface of the guide member has channels for exhausting drill waste material.

The aim of the invention is to improve said machine tool in order to optimise the removal of the swarf.

The 60° incline on the bed ensures good accessibility and chip removal.

The purpose of the recess or recesses (10, 11) is to act as a chip breaker and to facilitate the removal of the wooden chip from the working area.

Such an opening-up facilitates the removal of chips from between the cutting blades as the cutting tool rotates during cutting.

The guides (32, 40) of the workpiece carrier (12) are arranged outside of the working area (14), so that they do not hinder the removal of chips.

During operation of the present invention, deformation of the grinding face is small, the face can be quickly cooled, and chip removal is fast.

The clearance (30) being of a dimension to allow the flow of coolant therethrough thereby improving the cooling of the cutting surface and enhancing the flow of chips away from the vicinity of the blades.

At least one passage (30) is provided through the tool body (10) for evacuating chips upward and away from the surface of a workpiece (W).

The invention also relates to tools for hot working or chip removal or cold working, or an advanced machine element manufactured from the steel, as well as a method for the manufacturing of such.

The purpose of the present invention is to improve the discharge of chips generated by end cutting edges that are adjacent to a long end cutting edge on the back side in the direction of end mill rotation.

The lower surface of the guide member has channels for exhausting drill waste material.

The aim of the invention is to improve said machine tool in order to optimise the removal of the swarf.

The 60° incline on the bed ensures good accessibility and chip removal.

The purpose of the recess or recesses (10, 11) is to act as a chip breaker and to facilitate the removal of the wooden chip from the working area.