Thanks to their ability to execute complex instructions and fabricate products to precise specifications, CNC mills can be incredibly useful tools to have around. But just because you finally got your hands on a CNC mill doesn’t mean you’ll be able to press ‘Go’ and start machining engine blocks right away.
Ultimately, the quality of your finished product will depend on a few different factors.
There are two main factors that control the results of CNC milling: Hardware and software.
These factors determine the capability of the milling machine and, consequently, the quality of work that can be produced. It is important that the software and hardware of a CNC machine should complement one another. At CNC Masters, we include our own custom CNC Master MX software package with each of our CNC mills.
A typical mill is composed of four axes or pivot points that animate the machine head. These pivots make it possible for the machine to rotate, turn, and work on surfaces that are at difficult angles with the head. The more axes in a machine, the more flexible and versatile it will be.
Software, on the other hand, is what drives the axes for precision machining; this is the brain of the machine.
CNC stands for computer numerical control, a set of alphanumeric commands that operators can enter into the software’s user interface.
- These commands are then translated into a computer language called G-Code.
- Each code corresponds to a precise action that the machine can interpret and execute in sequence to achieve a desired end result.
- A complex project might utilize thousands of these G-Codes, each of which constitutes one small step in the manufacturing process.
For more information and other valuable tips about CNC milling, visit contact us online or call 1-877-262-8895.