Need an research paper on application of machine tools. Needs to be 5 pages. Please no plagiarism. The machinery challenges are faster acceleration or deceleration rates, complex input or output interfaces, high-speed operations, and low maintenance durability, high speed and position accuracy, and constant high torque productions and continuous processes (Weck 1984).

Axis conventions of the center lathe and milling machine.

Aids in generating tools by using tool movement, forming shapes using tool shapes separately, or incorporating the two procedures (generation and formation of conditions) are fundamental ways of turning on the center lathe—the following observations made in each case of use.

The shape generation outcome is determined by the tool’s movement and never by the device’s shape.

Forming: in the Production of a shape through developing, the forms of the tool used to determine the resulting condition of the device being cast.Forming and generation: these combinations are useful in shape production in a single operation. This technique makes the process of creating unique shapes very easy while avoiding alterations.

(Cook, 1995)

In CNC machines, the Cartesian plane of coordinates used for programming coordinates, the axes, however, have certain variations such as follows:

The convention that the axis aligned with the spindle is to be designed. The turn centers follow ” Z.”

The axis at the right angle to the spindle has the designation “X.” Taking note of each axis’ direction, positive X points toward the back of the machines while positive Z points to the right of the spindle. this is because the typical CNC turning center is constructed with the tool mounted on the opposite side of the operator (Mansfield 1977).

Lathes differ from mills in their purpose since they primarily produce cylindrical pieces as screw threads and shafts, tubes, and rings. The designation of CNC coordinate programming differs from that of the conventional milling machine tool and does not follow the Z and X coordinate system like the CNC.

A milling machine is devised to remove metal by a revolving cutting tool called a milling cutter. It can be useful for slotting, boring, and divide circular milling and drilling. The horizontal and vertical classifications for milling machines are used to indicate the axis of the milling machine. The following is an image of a vertical milling machine (Devore et al. 1979).