} How to Get Started with AI Integration | MoldMaking Technology


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The first step on the AI journey should start with a simple question: “If we knew more, what could we do to improve the business?” Imagine your team predicting the future and then identifying the necessary changes to optimize speed, accuracy, or cost.  That’s possible with AI.

However, when implementing AI, many projects are not making it into production due to confusion about the use case or unclear ROI.  Managers skip a lot of steps before taking on AI. Performing thoughtful discussions and outlining expectations is an absolute requirement before choosing an AI vendor or hiring a data science team.

Understanding the Complexity of Predictive Maintenance

In manufacturing settings, a “usual suspect” for AI is predictive maintenance. That’s the area many floor managers consider, mostly when senior management reads about its usage. It is a more mature area for manufacturers, one that’s enjoying faster adoption. But is using AI for predictive maintenance a cost-effective use of resources?

There are significant challenges in using AI and machine learning tools to monitor machines and predict maintenance intervals. Assume you have five of the same machines running on the floor. When one breaks, it takes three days to repair, on average. And every day of non-operation costs $250,000. You want to put in place sensors and predictive maintenance but need to consider the other variables. Maybe the fail rate of the machines in question is once every three years. At that rate, the ROI of new sensors, data monitoring, and potentially adding on a new staff member do not compare favorably to the $250,000 opportunity cost. 

When machine lifecycles happen over years or decades, predictive maintenance is difficult without long-term data collection. With limited data and wear-and-tear variabilities, data scientists often cannot accurately predict needed maintenance or failure probabilities. It’s through no fault of their own; they cannot control how predictive these events are, and it turns out they usually aren’t very.

The complexity of predictive maintenance is like using AI for predicting rehospitalization rates for a specific patient pool. The hospital might have historical data and medical records, but there’s enormous variability. Does a patient listen to their doctor? Do they have markedly different home environments, with one living in the fresh country air and the other surrounded by chronic smokers? With machinery, sometimes metal or plastic bends, despite the predictive model stating it should be operational another 18 months. There’s variability at play. In many instances, it’s better to rely on the workers to leverage their knowledge and expertise to develop cheaper predictive and preventative maintenance models and use AI for other use cases.

Starting Simple to find ROI

Using AI in manufacturing requires a measured approach. Start simple, prove the concept and ROI, and then move towards more complexity. This approach shows the value for the AI and machine learning spend and gets everyone from ownership to the shopfloor employees on board with the produced insights and improvements. If you have limited visibility into your operations, an early usage for sensors and AI determines if some of your machines are idle when they should be running.

Once you are armed with statistical AI models, consider the tangible changes the business can make. Go through the actual process. Consider what the steps happening on the factory floor every day are. Where do you lose money? Are there issues with miscalibrations and need to throw away parts? That’s an opportunity for machine learning and computer vision to measure parts in real-time. Calibrations can then happen on mistake number 10 instead of 200, saving time and money.

If you’re producing plastic parts, you might be stopping the press to check for mold wear and other metrics. Sensors and AI can add data to this process by accounting for environmental conditions and performing measurements automatically during production. The result? Improvements in speed and accuracy, along with potentially moving workers to more productive and revenue-generating activities. So instead of someone checking parts manually, a camera and machine learning can perform the task at speed and accuracy that’s impossible with human eyes.

AI and machine learning bring promise to manufacturing, but they are not magic wands that can fix every problem. Take your time with AI by first identifying your shop’s pain points and operational issues, and then learn the best practices and applications of AI that can help you.