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Read the approach to machine monitoring software taken by Senior Aerospace AMT.

The Writing on the Wall

The indicators to diversify your customer base can present themselves in many ways to a company. Value Prop, a B2B strategy consultancy, defines “customer concentration” as when companies have more than 10% of revenue reliant on a single client – or if revenue portions greater than 10% rely on multiple single clients. For Senior Aerospace AMT, a leading manufacturer of commercial and aerospace parts, its single customer of the company – albeit, one of the largest aerospace companies in the world – made up approximately 90 percent of AMT’s business. The company spun this indicator into an opportunity to fine-tune its machining operations.

Aviation machine monitoring

While piloting the DataXchange machine monitoring solution, the AMT team decided to leverage the existing PCs at each work center so there wasn’t a need to train operators on new hardware in addition to new software.

Tom Anderson, AMT Machine Process Engineer, explained, “We wanted to know, how much time are machines broken down? Which machines need to be replaced over others, and when? At the same time, we wanted to get a full sense of our capacity.” Once this visibility was gained, he figured, there would be a better chance to determine potential improvements to cost effectiveness and quality in an effort to retain current business and attract new prospects.

“It was really easy, out-of-the-box. You can collect infinite types of data.”

AMT partnered with Shop Floor Automations (SFA), a California-based provider of hardware, software and technical expertise, for options. The DataXchange aerospace machine monitoring solution, by Scytec Consulting, was recommended after an evaluation of AMT’s requirements. “We wanted to walk before we run,” he noted, sparking a pilot approach to the implementation of the software. Six machines, some with tablets or bar code scanners, were connected by the IT team at AMT during the first phase of the pilot.

The Team Takes Off

“It was really easy, out-of-the-box,” he says. The tools and documentation available through the platform were enough for Anderson and his team to start setting up the program in-house. “You can collect infinite types of data, so we looked to simplify above all else.” For example, machine statuses were set up to indicate the lack of an operator.

Initially the team input 15-20 downtime options to select from; those options were then narrowed to 8-9 with a reason code and the ability to add a note for further information. At the same time, the team decided to leverage the existing PCs at each work center so there wasn’t a need to train operators on new hardware in addition to the DataXchange software.

Learn more about the approach AMT took with its aerospace machine monitoring software by accessing the full success story now.

Work Offset Monitoring with DataXchange Machine Monitoring Software

For many companies, monitoring machines can be limited to simply tracking planned and unplanned downtime for maintenance operations. The real-time capture of downtime data can produce valuable trends to help prioritize and implement corrective action to prevent additional equipment failures, as an example shared by Reliable Plant magazine.

Others may include monitoring for production purposes, such as tracking cycle times. There is plenty of intelligence to be gleaned in these areas from equipment monitoring solutions, such as Scytec DataXchange, like machine utilization to determine if there is greater capacity available to take advantage of increased demand. But one manufacturer took its usage of DataXchange a step further to impact process.

The QC impact from equipment monitoring

One manufacturer of structural parts for jet OEMs sought to take their machine monitoring instance beyond downtime and production purposes to better understand what work offset was delivering low-quality parts.

A Use Case For Work Offset Monitoring

With FANUC CNCs, the external work offset (work coordinate system number zero) lets you shift the point of reference for fixture offset entries from the machine’s home position to a more logical position, writes Modern Machine Shop. Senior Aerospace AMT, a manufacturer of structural parts for jet Original Equipment Manufacturers (OEMs), sought to understand what work offset was delivering low-quality parts. Leveraging the power of DataXchange, the company started tracking probing adjustments made to work offsets to begin building a historical reference. This way, they reasoned, engineers can check what change to the offset may have had on a nonconforming part.

The Quality Effect

Even more so, by pulling in tool numbers, tool life, maximum tool life, the maximum load, average load and average and maximum vibration – and applying custom variables to know how far and how long that tool is running – the team can better understand the result if something was changed to see if it made the output better, or if the machine is running less or more. The company even integrates manufacturing data from machinery that provides load percentage of spindle monitoring data from DataXchange. And the manufacturer continues to expand its usage of the system, including setting a monthly cadence to verify part standards in ERP to actual cycle times, to meet the needs of its C-suite. “When it comes to responding to customer feedback for feature enhancements and fixes, I’ve not worked with a software company that is easier to work with than Scytec,” says Tom Anderson, Senior Process Engineer at Senior Aerospace AMT.

Free SFA Needs Assessment

Find out how you can monitor downtime, production and work offsets for maximum impact on your manufacturing operations with DataXchange and Shop Floor Automations (SFA). Reach out to an SFA equipment monitoring expert today for a free needs assessment to compare your current state to what Overall Equipment Effectiveness (OEE) and other KPIs you’d like your organization to achieve in the near term.

Two shop floor machinists working closely and adjusting a machine through proper communication.

When it comes to process improvements on the shop floor, communication can be a known issue.  But not necessarily one that is high on the short-term corrective action priority list. Or as simple as machine monitoring notifications. Why is that?

The simple answer is that addressing communication issues can be uncomfortable and hard to rectify in some situations and downright explosive in others. One HR manager reported that a warehouse supervisor and maintenance manager tangled over company policies so much so that “fights worsened until the two departments didn’t want to work together.” Emotions aside, communication issues can also be costly to manufacturing operations.

The Costs of Poor Communication

Morgan Consulting cites communication as one of the biggest “four job skills when predicting both employer and employee satisfaction.” If you’re not working to improve communication on the floor, resulting employee turnover can cost up to a third of an employee’s annual salary, if not more in the current labor market. The search for manufacturing employees can be a time-consuming process as well.

Breakdowns in communication can also be responsible for increased injuries in the workplace. The findings of one study, “Fostering Safety Communication Among Construction Workers: Role of Safety Climate and Crew-Level Cohesion,” proposed “that a positive relationship exists between safety climate and safety communication levels.” And if you’re not safely producing quality product on time, you’ll see the impact in wasted materials, excessive downtime, and your bottom line. According to the National Safety Council, the cost of workplace injuries in 2019 alone was $171 billion.

 

One tactic to enhance shop floor communication is through improved manufacturing integration. By seamlessly connecting your personnel to your equipment, your company can open up the possibilities for greater visibility, productivity, and, ultimately, profitability. Let’s visit a few examples that can apply to your own manufacturing operations.

Multiple Means of Automated Communication

While your machines are running, they’re emitting useful data to indicate setup time changes, cycle time improvements per operator or per operation, maintenance indicators like temperature fluctuations and more. But what if you could make this data available to a wide swath of shop personnel, supervisors, managers, and directors via a number of channels in an automated fashion? Equipment monitoring software, such as the Scytec DataXchange machine monitoring solution, helps manufacturers do just that.

A close up of a lathe, one of many machines that are compatible with machine monitoring software.

Equipment events can trigger machine monitoring notifications via Microsoft Teams for greater visibility to tackle challenges and improve processes quicker.

By expanding the reach of alarm alerts, threshold violations, and underperforming utilization data from your FANUC, Mazak, Okuma and other equipment, the more familiar your teams become with the data – and the more potential there is to tackle challenges and improve processes.

Shop floor flat-screen monitors

By installing flat-screen monitors throughout your floor with real-time data from your lathes, lasers, and other machinery, you are communicating corporate KPI priorities and unlocking key data for all your shop floor personnel. “When production teams own the results and have control over their work, analytics and metrics provide the feedback that keeps them motivated to do their best,” says Louis Columbus in Forbes. The exposure of data through flat-screen monitors ensures operators, machinists, and other workers are in sync with the expectations of management and gives them a position to identify ways to make progress with weak areas.

Automated e-mails and text messaging

When operators must wait upwards of an hour for material after they finish a job, their valuable time is wasted, morale is depleted, and shipments risk being delayed. The downstream costs can be significant. Proper communication to the materials manager via automated e-mails and text messaging, for instance, can ensure s/he is notified precisely when a specified percentage of parts remain. A modern machine monitoring system like DataXchange matches work/shop orders and part counts to the established threshold and facilitates the notification so managers are prepared for the next material delivery before material levels are exhausted. This makes instant messaging, in combination with dashboards that are accessible through mobile or desktop devices or monitors on the shop floor, a vital way to reduce downtime hours each week.

Automated Microsoft Teams messaging

For many manufacturers, lengthy inspection processes can lead to frustration on the floor. This frustration can swell as managers dedicate even more time and resources to determine where the process is breaking down. And more so, what improvements to make. By tracking ODI and machine statuses, a robust machine monitoring solution can detail out the inspection process and notify team member(s) via Microsoft Teams regarding specific events.

To start, ODI data collection shares when a machine is ready for inspections, when a part is actively being inspected and how long it’s taking the operator to start running the machine again. The availability of a machine for inspection can be signaled to the Quality team through a Teams notification, thereby removing any speculation or manual calls, e-mails or texts. Upon completion of the inspection a dashboard shows the results andtriggers an alert to the operator to run the job.  Should a defined period of time lapse before the job begins, a supervisor can receive a Teams message regarding the delay.

With feature-rich machine monitoring notifications, manufacturers have the opportunity to remove communication issues from their corrective action priority list altogether. The display of equipment dashboards through flat-screen monitors and the automation of e-mail, text, and Microsoft Teams messaging based on machine events can go a long way toward diminishing material waste, unnecessary downtime and potentially missed sales. See how your manufacturing environment can improve its communication on the floor simply and effectively by attending a demonstration of the Scytec DataXchange machine monitoring software today.

Manufacturing machine monitoring solutions - FABTECH Booth #A3441

Shop Floor Automations to Offer Manufacturing Machine Monitoring and Hardware Solutions to Increase Visibility, Productivity

With its recent announcement that it will be the first large-scale manufacturing trade show to return to McCormick Place in Chicago from September 13-16, FABTECH will once again make Chicago the epicenter of the North American metal fabrication industry. The event brings all aspects of the metal fabricating, forming, welding, and finishing industries together to showcase the technology, innovation, and solutions they provide.

Manufacturing machine monitoring solutions - FABTECH Booth #A3441

Schedule your demonstration of manufacturing machine monitoring solutions at the Shop Floor Automations Booth, #A3441, at FABTECH 2021

Shop Floor Automations (SFA), a manufacturing integrator offering hardware and software solutions to manufacturers and job shops throughout the United States, will be exhibiting the Scytec DataXchange machine monitoring solution at Booth #A3441 at FABTECH this year. This solution allows production environments to capture automated, real-time machine data for increased visibility of accurate cycle times, setup times, idle times, machine downtime and more. For manufacturers struggling to keep pace with demand as the United States recovers from the COVID-19 pandemic, machine monitoring solutions, like DataXchange, can be the difference between a company’s ability to take on new work versus not.

In the May 2021 Manufacturing ISM® Report On Business®, Timothy R. Fiore, CPSM, C.P.M., Chair of the Institute for Supply Management® (ISM®) Manufacturing Business Survey Committee, stated, “Demand expanded, with the (1) New Orders Index growing at a strong level, supported by the New Export Orders Index continuing to expand, (2) Customers’ Inventories Index hitting another all-time low and (3) Backlog of Orders Index continuing at a record-high level.”

“Now, and well into 2022, manufacturers need to be able to make demonstrable impacts to machine uptime automatically to generate greater efficiencies to support existing work while increasing productivity for growth opportunities knocking on the doors of so many,” says Greg Mercurio, SFA President.

FABTECH facilitates connections between exhibitors and attendees in order to conduct business, share knowledge, and showcase the most advanced manufacturing equipment and technology in an unparalleled environment. Attendees will have the opportunity to explore three halls filled with cutting-edge technology, new product debuts, and firsthand product demonstrations from over 1,000 exhibitors.

Attendee and media registration for FABTECH 2021 is open now. Visit fabtechexpo.com to register and obtain additional show details. To schedule a DataXchange demonstration with SFA in advance of the show, contact us at www.shopfloorautomations.com.

Cloud-Based Monitoring Project Introduction:

Tech Manufacturing, a long-time manufacturer of machined metal parts for aerospace clients such as Boeing, Lockheed Martin, and Bombardier, needed to raise production capacity and reduce lead times for their clients’ largest and most urgent orders. With their 5-axis CNC machines already running 24 hours a day up to 7 days a week, Jerry Halley, Chief Engineer at Tech Manufacturing, looked towards smarter operation and real-time performance data to increase the productivity and useful life of their existing machines.

“We needed a better understanding of how our machines were actually performing for us in real-time,” said Halley. “Live and historical machine performance data would also help us identify technical or process issues that were detrimental to productivity.” With a combination of hardware and software, a CNC monitoring system would collect, analyze, and visualize the necessary performance metrics. However, Halley needed to weigh the productivity gains of such a system against the cost and effort of deployment, especially if it involved a new and unfamiliar server-based IT infrastructure. The ideal system would be easily deployed without specialized IT equipment, knowledge, or effort, and would not require repeated software installation, updates, or configuration.

manufacturing technology trendsApplication Requirements:
-Live dashboard with alerts based on historical and target performance metrics
-Easy to use with existing CNC machines that may not have built-in Ethernet interface
-Does not require investment or expertise in specialized IT infrastructure, servers, or software
-Knowledgeable and experienced integration and vendor support team

Solution:
Tech Manufacturing selected Shop Floor Automations, one of the most prominent systems integrators in North America specializing in CNC monitoring systems, to assist with cloud-based monitoring. Each CNC machine was connected to the existing local area network, so no additional IT infrastructure was required. For legacy machines that did not have a readily available Ethernet port, Shop Floor Automations provided an easy-to-deploy solution that was developed with Moxa. “The industrial networking units from Moxa make it easy for us to get our clients’ legacy machines connected to the cloud,” said Greg Mercurio, President of Shop Floor Automations.

“For industrial users like Tech Manufacturing, these solutions are invaluable in extending the capabilities and useful life of their still-functional but older CNC machines.” With the local network connected to the Internet, machine performance data was easily viewed and analyzed by cloud-based software such as Scytec DataXchange or Predator Machine Data Collection. Key performance metrics were organized on a visual dashboard so owners and machine operators were able to see exactly how productive each cell was, down to the machine level. Read more below.

Read more

DataXchangeScytec DataXchange Silver Released

Collect user defined Planned and Unplanned Downtimes with bar code scanners. More Details

More about machine monitoring through Scytec:

  • Choose from On-Premise or Cloud Based
  • As low as $45 monthly per machine for Cloud option
  • Real-time data collection from any age CNC controls & equipment
  • Unlimited reporting, charting licenses & users
  • View & report on data results from anywhere
  • Track multiple cycle time types

OEE and IIoT reports and charts from Scytec DataXchange help improve machine utilization and minimize downtime.  “Collecting data from the machines is one thing, but utilizing the data for actionable results is critical in order to convert manufacturing data into manufacturing intelligence,” Scytec proclaims to customers.

Timelines, equipment status summaries, OEE summaries, trends, downtime Pareto, scrap Pareto, histograms, plots, comparisons, and more can be charted. These charts can be displayed in the real-time dashboard of the program, which includes being able to saving group or personalized chart templates and ability to export this data to CSV or Excel.

“DataXchange is a Cloud and On-Premise manufacturing machine monitoring system,” Scytec says of their services. With over 15 years of experience in manufacturing, they were able to create this program from scratch. “Increasing utilization by roughly 30 minutes per machine will cover the cost of the software. How about the gains of knowing when machines are running at a lower feedrate, a program stop, or sitting in feed hold?  The software typically pays for itself within the first few days of each month.”

Call (877) 611-5825 for more information!