By | John Moran
Precision manufacturing has revolutionized manufacturing and production processes. It now accounts for over two-thirds of the global machining market, and it’s only growing more and more every year.
Precision machinery reduces the need for human intervention in complex manufacturing processes, saving companies money on labor expenses and minimizing the risk of errors. It’s highly versatile and accurate, and is suitable for a wide range of materials.
In this article, you’ll learn the basics of precision manufacturing and its benefits.
What is Precision Manufacturing?
Precision manufacturing is used to remove and cut materials to create specific shapes. It uses computer numerical control (CNC), which uses pre-programmed computer software to control and guide large machinery.
Precision manufacturing automates a variety of production processes. There is less need to chip away at materials to crate desired shapes manually. Instead, companies can rely on Swiss CNC Machining and software to complete their tasks for them.
Which Industries Can Use Precision Manufacturing?
As the world of precision manufacturing develops, its uses become more widespread and universal. Now, a wide range of industries can benefit from precision manufacturing.
Most notably, the manufacturing, engineering, and aerospace industries can thrive with the use of precision CNC machining. However, food processing companies are adopting precision tools to increase efficiency and output, and the medical industry is also implementing precision manufacturing processes to produce precisely shaped prosthetics and implants.
What Are the Benefits of Precision Manufacturing?
So, what are the benefits of precision manufacturing?
Lower Production Costs
Currently, nothing works as effectively or time-effectively as precision manufacturing technologies for creating complex parts. It cuts the cost of labor and error resolution.
CNC tools can guarantee ongoing consistency, accuracy, and reliability, increasing operational efficiency and reducing associated costs.
Because precision machinery work to within a +/- 0.0005 – 0.001 % tolerance, there is a lower risk of errors or mistakes that could be costly to fix. It automates processes that operators would previously have had to complete manually, saving time and further cutting expenses.
Wider Range of Processes and Materials
Different materials often require a completely unique set of equipment and technologies to cut. Precision machinery is one of the most versatile manufacturing techniques, as it is compatible with a wide selection of materials.
Companies can use precision CNC tools to cut everything from stainless steel to aluminum to titanium, even though they all have completely unique properties and uses. This versatility streamlines manufacturing processes and reduces the volume of machinery that manufacturers need to purchase for their projects.
Easier Protocol Testing
Every manufacturing company has to test its protocols thoroughly before conducting mass production and precision cutting. Designers, developers, and operators can take advantage of precision machinery to combat flaws, errors, and glitches in original prototypes.
Thanks to the rapid prototyping opportunity provided by CNC precision tools, manufacturers can try and test protocols without delaying project completion or angering clients. They can ensure that their resulting products will be exactly as desired while hitting every deadline.
