Hello friends, I hope you all are doing great. In today's tutorial, we will have a look at What Can We Expect from the Future of CNC Machining? Computer Numerical Control (CNC) has changed how companies manufacture their products. These changes have been amplified even further with the integration of technology into CNC machining.
Even though CNC machining services have largely worked the same way for decades, that is going to change as more and more industries accept automation as the future of manufacturing. The future of CNC machining is a very exciting one and below, we will look at a few exciting things that we can expect in future.
Internet of Things
We live in automated homes with most of the planning and organization of our lives done on devices. Why can't the same be done in a factory? Turns out, the Internet of Things (IoT) is enabling automation in ways not seen before. IoT allows machines to “talk” to each other over a network so they can work in tandem to produce a final product.
Because these machines are also connected to mobile devices or computers, some CNC machining companies are offering online CNC Machining services. You no longer have to go to a factory or arrange a meeting to have a project completed; most of these companies offer their CNC services online where you just need to send a CAD file with everything you need to be done, then wait for a quote from a company. This is not only happening in CNC prototyping and machining; you can also send in your designs for injection molding services, rapid machining and more.
Cheaper CNC Services
CNC machines are getting cheaper. That is why it is becoming cheaper to commission a company that offers CNC services China to do any type of machining for you. It is not only cheaper for customers, but it is also cheaper for companies too.
Companies can buy these machines at a fraction of the cost they used to, meaning that the barrier of entry into this industry has been lowered even further. Because the cost of entry is so low, companies can offer a diverse range of services including prototype manufacturing and prototype machining.
Companies also get to save money on labor because they do not have to hire as many people to handle their CNC services. These include manufacturing and online CNC services. These savings can then be passed on to consumers in the form of cheaper services.
Smaller Devices, Some in Our Homes
In the past, companies had huge CNC machines that were dangerous to work with, expensive and immobile. As the technology in this space has matured, so has the manufacturing process of these machines. It is not difficult to now find prototype molding machines that can fit in a room. Machines have become smaller, and since they now can interact with each other, companies are favoring many smaller portable devices instead of larger, immobile machines.
A lot of people do not consider 3D printers part of the CNC machining family, but they are. 3D machines can help businesses and entrepreneurs offer some simple services like injection molding services and therefore can themselves open up new industry segments for those who invest in them.
Fears of Unemployment
One of the biggest fears of automation is that a huge segment of the working population could lose its jobs. This fear stems from the fact that a single machine can handle tasks previously handled by ten people. This is a problem that business people and stakeholders have to think about.
On the other hand, automation can help create new jobs. The way it will do this is the machines that allow companies to offer online CNC machining services will need maintenance, updates, and upgrades. Because of this, technicians will be needed to troubleshoot and take care of them. Further, the software used in these machines will have to be coded by a programmer. Programmers who have machine learning skills could be in higher demand than they are now if processes like sheet metal prototyping and sheet metal fabrication become fully automated.
The Rise in the Prominence of Robots
Robots can do two things that humans cannot:
lift extremely heavy loads
work indefinitely with little to no downtime
As CNC machining changes, the role of robots will change. Robots can transfer large, heavy loads between other machines. They can also “talk” to these other machines to feed them materials and move products that are done or that need to go to the next stage.
Robots will also become part of CNC machines instead of add-ons. Because of this, processes like rapid machining will take an even shorter amount of time.
Increase in Machine Reliability and User Satisfaction
When the merger between IoT and CNC machining is complete, machines will be able to work indefinitely. A company that offers rapid machining cannot afford to have any downtime. This is why engineers are working hard to improve the reliability of these machines. As the demand for products that pass through the CNC process increases, so will the need for faster turn-around times, with these deadlines only met if the CNC machines perform at optimum levels.
Also, as more and more companies turn to automated systems, developers and programmers will have to make the control systems a lot more intuitive. This means that they will have to simplify their user interfaces and make them more user-friendly. This will have the added benefit of lowering the entry qualification requirements for those looking to work with this software and machines.
Increase in Product Quality
CNC machines will only get better as companies strive to produce the best products possible. Companies that carry out CNC machining are already tightening their tolerances and quality control systems. A company like RapidDirect has already streamlined its processes to complete orders of any quality, using a wide selection of materials, at affordable costs and at the highest quality possible.
The firm offers additional efficiencies such as automated DfM assessments, reliable real-time order tracking and online quotes, which can be managed easily thanks to an integrated quote management system. These solutions make it quick and easy for customers to use RapidDirect to produce quality products to their exact specifications.
Better Tech Support
There is no doubt that the world of CNC machining will change in the future as more companies adopt different technologies. Before this change is complete though, and companies can offer better rapid tooling services, there will be a learning curve to get over. The best way to get over this curve is to extensively engage tech support representatives. That is why companies that offer these technologies will have to improve their tech support offerings.
Further Investments in CNC Machining
To stay competitive, companies will have no choice but to invest in CNC machining. If they do not, companies that offer CNC machining China, for example, could decimate their market shares. In doing so, these companies will effectively be tripling their work hours because machines and robots work 24 hours a day while humans can work just 8.
The Future is Already Here
Companies have to start thinking of the future of CNC machining if they are not already. Rapid prototyping services, as well as other services in the CNC machining industry, are already being automated and companies that do not embrace this automation risk being left behind. There are so many reasons to automate, with some of them being to stay competitive and cut manufacturing costs.
Staying competitive means delivering better-quality products at a higher quantity to customers faster than your competition can. CNC machining automation will help reduce waste and therefore help companies cut costs. The changes to an automated industry might cost a lot of money, but the upside is so huge that companies would be losing out if they do not take this path.
There is so much to look forward to in the world of CNC machining with so much more to come that we cannot even envision today. All we can do is wait and hope the future is even brighter than a lot of people are predicting it will be.
I am Syed Zain Nasir, the founder of The Engineering Projects (TEP). I am a
programmer since 2009 before that I just search things, make small projects and now I am sharing my
knowledge through this platform. I also work as a freelancer and did many projects related to
programming and electrical circuitry. My Google Profile+Follow