CNC milling machines were groundbreaking when they first appeared in the manufacturing industry. Milling machines use CAD (computer-aided design) drawings to generate numerical coordinates that control the movement of the cutting tool. CNC (computer numerical control) milling machines Intricate work can be done fast and easily, and it can be done again and again.
When using the CNC, a limitation is that parts may have to be relocated to be completed. Reduced or eliminated requirement to manually move a part can be achieved using 5-axis CNC milling machines.
3-Axis CNC Milling
A 3-axis CNC machine cuts along three directions of a part known as the X, Y, and Z axes.
X-axis: Back and forth, horizontal direction.
Y-axis: Side to side, horizontal direction.
Z-axis: Up and down, vertical direction.
In the vertical direction, the Z-axis is known as the Z-axis.
When using a 3-axis CNC machine, the table may move in tiny increments along the X and Y axes, enabling highly precise cutting. Using the Z axis, the spindle holding the cutting tool can move up and down to change the cutting depth.
The 3-axis machine’s solitary cutting plane is its lone drawback. For some parts, it may be necessary to cut the part on one or more of its four sides. Removing and repositioning the part is now required. When milling in two planes at once, it’s necessary to not only put a stop to the machine, but also to rotate the part. This requires some additional time.
The 5-axis CNC milling machine was created to address this problem of constraint and overwork.
An Introduction to 5-Axis CNC Machining
Allowing the table and spindle to swivel and revolve adds two more axes to a 5-axis CNC milling machine. The milling tools can operate on a separate plane since the table does not remain horizontal. Instead, it swings up into a vertical position.
Additionally, the spindle holding the milling tools is able to switch from vertical to horizontal movement. The tool can now enter the portion from the side thanks to this maneuver.
The time saved by not having to stop the machine and relocate the part is a significant benefit. Intricate work can also be done with minute movements of the spindle and the table. A 5-axis machine can now produce parts that previously had to be built from a variety of smaller pieces made on a 3-axis machine.
CNC Prototyping: The mold and casting process for prototypes can be pricey. CNC prototyping, on the other hand, can help you stay inside your budget when done with a 5-axis machine.
Junying is Your First Choice for CNC Machining
In the field of CNC machining, Junying is a leader. You can get an immediate CNC machining quote by just uploading your design. In advance of the start of production, our DfM analysis software will look for any possible problems.
Junying’s online CNC machining service will have your component created fast, cheaply, and with high accuracy.