Today’s parts and components, particularly in the automotive, aerospace, energy, and medical device fields, are more complex than ever. With the demand for compact and long life cycle products and systems, the need for precision manufacturing in any sector becomes a critical factor.
The choice of 5 axis machining is a good one for many OEMs. The ability of a single machining system to create simple to highly complex shapes on the workpiece without the need for repositioning of the system, or the need to change equipment, leads to faster production rates, greater quality control, and less restriction for designers and engineers.
The Advantages
Standard machining systems offer three axes for the cutting tool. These include the X, Y, and Z axes, which are the three linear axes. The addition of the A and B axes, which are the rotational axes, allows the cutting tool to be positioned in any direction for maximum shape complexity.
This flexibility in the ability to position the cutting tool in any direction in relation to the workpiece eliminates the need for repositioning through the process. In avoiding the repositioning of the workpiece or the need to use another piece of equipment, the quality control and precise tolerances required in many applications are easy to maintain, meaning less overall waste in production.
The choice of 5 axis machining is ideal for both small and large parts and components. The speed at which this type of precision machining can be completed makes the process a top choice for small and large orders, with the setup being streamlined to eliminate multiple equipment setup needs.
When choosing a company for 5 axis machining, always look at expertise and experience. With the right company to complete the manufacturing process, quality, precision, and working to industry standards are always a focus in the production.
