What will the world of precision machining look like 10 or even 20 years into the future? The following post discusses the factors that will influence the evolution of CNC precision machining. Moseys has provided precision machining services for a broad scope of industries for more than four decades, becoming one of Southern California’s most trusted machining resources.
It is difficult, if not impossible, to predict how CNC precision machining technology will evolve in the coming decades. Technology is growing at such a rapid clip, and coupled with fluctuating political and economic conditions, the continual innovations dramatically influence how CNC precision machining technology will improve and facilitate the development of new inventions.
The Evolution of CNC Machining Technology
While no one has a crystal ball, it is possible to provide a reasonable assessment of the different ways CNC machining technology will change in the next 10 years. Here are a few ways we might see CNC precision machining technology evolve to meet the challenges of the future.
3D Printing Technology
This fabrication technology primarily uses plastics and powdered materials, but there is an increasing use of metals and concrete. Moreover, newer model CNC machines function very similarly to 3D printers. CNC precision machining technology could certainly be adapted to meet the needs of 3D printing.
CNC Precision Machining Flexibility
CNC machining capabilities — drilling, grooving, and routing, for example — will be at the root of process innovation. CNC precision machining will become increasingly advanced with regard to prototyping and design due to the increased use of four and five-axis machining techniques.
CNC Precision Machining Affordability
CNC precision machining capabilities will become more accessible over time. The possibility that the prices of laser cutting technology could drop significantly is quite high.
CNC Precision Machining Functionality
Digital technology is creating a demand for ever smaller, more precise parts and components. Moreover, these parts and components are highly complex. Conductive material printing capability is one of the many recent advancements of CNC precision machining. With multi-axis tool heads, machining for SMT circuit board manufacturing could become increasingly common.
CNC precision machining has been evolving at a steady clip, but numerous technological advancements could drive the need for reliable machining services even further. While we won’t know what precision machining will look like 10 or 20 years from now, we do know that it will be an essential production resource. At Moseys, we strive to meet the challenges of the modern manufacturing cycle, adopting the techniques and technologies that increase productivity, efficiency, and accuracy.
Moseys has been Southern California’s go-to precision machining service for more than 40 years. With a commitment to excellence and in-depth experience fabricating parts for diverse industries, including medicine, hydraulics, oil and energy and aerospace precision machining and many more, we are more than capable of machining the most complex precision components on extremely tight timelines. For more information or to schedule a consultation, please contact our helpful team today.