Digital Manufacturing Game Changers at IMTS

IMTS 2022 will be remembered as the year when digital tools matured. “You’re going to start seeing specific ROIs,” says Tim Shinbara, VP and CTO for The Association For Manufacturing Technology, when talking about advancements in digital technology.

Take his example of Manufacturing Execution Systems. “We are starting to see MES software that not only tracks the progress of jobs but can also handle if/then commands.” This means that these software suites can automate the scheduling of shipments, material orders and even jobs. Once a machine tool finishes a run of parts, the system can alert shipping, print labels, send out a message to the customer, and notify the machinist on the shop floor of the next job. “Automation is not just about moving the parts,” Shinbara says. “It is about smoothing the entire manufacturing process, and now that includes helping with the front office work.”

“If you are wondering whether or not to invest in any technology, then investing into connectivity will make everything else smarter, more effective and more easily updated in future.”

Another job that is seeing more digital tools doing the grunt work is in quoting manufacturing jobs. While the usual process for quoting a job involves one of the most experienced engineers or machinists at the shop taking hours to track down materials on hand, call suppliers and figure out how to fit the job into the schedule, modern software solutions can collect that data and provide it to the quoter without forcing them to do any legwork. “You can’t start a job until the customer accepts your offer,” Shinbara says. “Software is already here that simplifies this process and reduces the time it takes.”

Keeping Your Shop Connected in the Cloud

Machine monitoring is also coming into its own. The data generated by machine tools, smart cutting tools, and nearly every other kind of manufacturing equipment is staggering, and manufacturers are putting it to use. “With some examples, separate monitoring systems are feeding into a single device,” says Shinbara. “This device feeds data to the shop owner, or even analyzes the data itself.” Monitoring systems like this are not only providing raw data, but reporting specific issues and including known solutions in reports. These systems can identify patterns that separates important information from the noise.

And it is not just monitoring systems: Connectivity can benefit shops in numerous ways. It could be as simple as the robot arm sharing a control with the machine tool, making it easier to program an operation. “What is frequently overlooked is how fundamentally important connectivity is, both in terms of communications networks, and in terms of standards, drivers, libraries and operating systems,” says Andra Keay, managing director of Silicon Valley Robotics. “If you are wondering whether or not to invest in any technology, then investing into connectivity will make everything else smarter, more effective and more easily updated in future,” Keay says.

Data storage and security are also key challenges that many manufacturing facilities face. It is especially important when working on government contracts, and it can be expensive to manage your own servers and IT security team. This is why cloud-based technologies are becoming more and more important to manufacturers: by contracting with cloud-based software, a facility offloads the work of maintaining and protecting its data to professionals who are dedicated to that task. “You need to invest in going digital and connecting to the cloud,” says Keay.