One of the most versatile machines you will ever find in a machine shop is a multi axis milling machine. Multi axis milling or machining refers to the utilization of a machine with computer numerically controlled (CNC) tools. It is capable of manufacturing several parts from metal (as well as other materials) by moving four or more axes. A subtractive process, multi axis machines remove the material from a workpiece to produce the right shape, size or type of component. While a three- axis CNC operated machine offers certain advantages in a machine shop, a multi axis machine provides more, meeting the rigid specifications of today’s manufacturing.
Benefits of Multi-Axis Milling/ Machining Equipment
Metal working shops understand why it is beneficial to install a multi axis milling machine in their shop. It can increase the effectiveness, functionality and even viability of their shop by providing them with the following advantages:
* Reduced labor: Multi-axis machines turn a workpiece automatically. They do not require an operator to physically adjust /readjust the workpiece.
* Part complexity: These machines are capable of producing more complex parts than more traditional methods. They can produce and reproduce intricate shapes with high replicability. Small, detailed components are not challenging but rather their forte. Whether it is a firearm part or a blade for a turbine, multi axis machines deliver
* High Precision: The ability to vary the cutting angle allows for higher accuracy and precision cuts
* Surface finish: It is easy to produce a custom finish to any component. Simply move the cutting tool laterally against the workpiece
These all work in favor of the machine shop.
Multi Axis Milling
If your shop is looking for higher precision and better finishes with reduced labor and increased production rate, consider the benefits of installing a multi axis milling machine. The shorter tools combine with the capabilities of the machine to allow your operators to work faster. The machines also will last longer.
