Annually, the global market for the manufacturers of 5-axis machining continues to grow significantly. A once marginalized and dubious form of production now has ongoing growth patterns indicating the realization by many fabrication and manufacturing companies of its various beneficial capabilities. In fact, from an expensive afterthought, using 5-axis machines has risen to become a standard in the business. Its prevalence is resulting in further growth in the manufacturing of 5 axis machine centers further feeding the cycle of expansion into fabrication shops.
Why Is It Popular?
The mainstreaming of this technology results from its promises. When looking at the equipment, companies see a variety of benefits including:
- Reduced production runs
- Saves time in more ways than one
- Ability to address more complex part geometries
- Capable of producing those very desirable tight tolerances
- Consistency and repeatability
- Preciseness in a single run
- High-quality results
- Flexibility
Using a 5-axis machine allows a machinist to consistently produce high-quality, tight tolerance components. The machinery can both easily create a single unique prototype as it can handle multiple exceptional or standard components in both small and massive runs. Overall, the attraction of 5-axis machining lies in its promise of a high return on the initial investment.
Materials
By installing a 5 axis machine center, fabricators can use a wide range of diverse materials. This allows them to address the needs and specifications for customers. They can adhere to standard steel and aluminum metals. However, the technology allows them to create components and prototypes using rare and precious metals as well.
High-Quality, Versatile 5 Axis Machining
For those fabricators who want to compete locally, nationally and/or globally, installing and employing the latest technology is essential. Today’s machine shops understand this simple fact. Offering 5 axis machining is no longer an option. It is a necessary part of doing and retaining business.
