Machining is a practice that has the capabilities of producing the desired components out of various materials. Plastic, metal, and wood are the common resources for machinists. Although single axis machines once were the equipment of choice, today’s machine shops prefer multi axis machining tools. They find this equipment provides the levels of preciseness and speed required to meet the demands of the aerospace and medical device industries.
What Are Multi-Axis Machines?
The term usually applies to a specific type of milling machine. Combining CNC technology and CAM programming, the operator programs the machinery to perform very precise tasks by moving in several ways. They are beyond rough grinding and sawing. CNC multi axis machines are precise instruments. They cut and grind but also embrace laser or water jetting cutting and engraving.
Such tools have more than a single axis. Commonly, operators can utilize multi axis machines as high as 9 axis. Such machines move/rotate from 2 to 9 ways to produce components from the supplied materials. Unlike single axis machines, they are constructed to handle more than one function
Why Multi Axis Machining?
Be it manual or CNC, multi axis machines offer certain advantages over other tools. While they may cost more, such machining equipment proves to be beneficial in terms of production levels. A multi axis machine can:
- Machine a greater number of complex shapes
- Machine the complex parts in a single setup
- Improves the surface quality of the component
These improve production levels by reducing the time and labor to produce each component.
Multi Axis Machining
Multi axis machines are capable of improving production levels. They increase the capabilities of a machine shop considerably. Not only can they increase the output of product, but this machinery also decreases labor costs. While the initial financial outlay may prove costly, installing multi axis machining capabilities in your shop will prove to be cost-effective as it can increase your market reach.