Used more and more in various types of industries, computer-aided manufacturing has become extremely important in a number of ways. For many facilities, CAM is used to help not only with increasing the mass production of products, but also to help with companies achieving lower costs while doing so. Along with this, quality and precision are increased, since state-of-the-art technology can be incorporated into more and more types of machinery. As a result, CAM technology continues to grow in popularity, making careers in this field very attractive. According to the U.S. Bureau of Labor Statistics, CAM careers will grow at a rate consistent with many other similar high-tech jobs over the next decade. However, due to the competition, training and certifications will be a priority for those being hired for jobs in this field. If you are preparing for a CAM career, here are three unique facts about how computer-aided manufacturing works. 

1- Faster Production Process 

For companies that incorporate computer-aided manufacturing into their facilities, one of the best results is gaining a much faster production process for a wide variety of products. But along with this, a number of other advantages soon follow. For example, the technology allows for far greater precision in dimensions, as well as in material consistency. Because of this, only the minimum amount of raw materials will need to be used to create a product, reducing waste and saving money. And as an added bonus, the energy output needed to produce various goods is also reduced by using CAM technology, allowing money allocated for this to be spent on other areas such as research and development. With these advantages, computer-aided manufacturing technology is thus able to be used in many other areas of a company, such as transportation, planning, and storage. To learn more about these aspects, visit here.

2- Human Assistance is Still Necessary 

Despite the many high-tech aspects of computer-aided manufacturing, it is still not able to do everything autonomously. Because of this, humans are still needed to run the various machinery and supervise the process to ensure the manufacturing process is according to plan. As a result, a skilled machinist is needed to oversee the production process. Using reasoning processes, the machinist will choose the best and most efficient way to create a product, set up and program the machinery accordingly, and be able to become aware of any problems that may arise with the machinery, such as worn-out parts or other issues. By using this in such areas as high-speed machining, five-axis machining, and feature recognition, companies can set up manufacturing processes that are constantly able to change and adapt to new production methods.

3- CAM Technology and Jewelry Making 

While most people automatically assume computer-aided manufacturing is used exclusively in many types of industrial facilities, they are often surprised to learn the technology is also used more and more by jewelry companies in helping to create many of today’s most elaborate designs. By doing so, jewelry companies can not only create innovative and visually stunning pieces, but also do so in a manner that is much faster than with previous methods. But in addition to using this technology to mass-produce various types of jewelry, many smaller jewelry companies now employ this technology when creating customized pieces, as well as with other processes as stone cutting, engraving, and etching. A very effective technology that works well with all types of precious metals, CAM technology has opened many new doors for jewelers, especially those who are self-employed or own small companies. By incorporating this technology into their design process, many smaller and independent jewelers can now compete quite well with larger, more established companies. 

As new and even more innovative types of technology are incorporated into computer-aided manufacturing, the possibilities associated with it are expected to be almost endless. From being used in large-scale manufacturing facilities to small jewelry companies and other types of businesses, CAM is definitely here to stay. By allowing companies to save money in numerous areas of production and planning, more and more companies will embrace this technology in the years to come.

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