When OEMs outsource their parts production to external suppliers, they are dependent on their suppliers to precisely track the number of units that will arrive, quality issues and expected delays. Many large OEMs still lack visibility into their tooling supply chain and struggle to track the exact status of their tooling.
For example, consider a large OEM that gives its tooling to a supplier and asks them to produce 100,000 parts within a month. Between the OEM sending the order and the supplier producing the products at the other end, the supplier does not provide updates and information. When the deadline hits, only 90,000 parts arrive on time, then three months later the tooling breaks down, and the reason for the early breakdown goes unidentified due to a lack of data.
In this case, the molder may have used the tooling improperly to produce parts faster than recommended, which can lead to quality issues, or they may have used the tooling to create counterfeit parts to sell and make a side profit in secondary markets. These costly problems can be prevented.
Here are a few recommended steps to increase the transparency and efficiency of the supply chain:
Implement an automated tooling supply chain management system that uses software and counters installed directly on the molds to collect all relevant tooling data, eliminating a tooling engineer’s redundant data collection and analysis work. Consider a system with hardware that automatically collects raw data from each mold, which is then wirelessly sent through a terminal to the software. From there, the software automatically analyzes the raw data and produces graphs offering users strategy options in real time (every 10 minutes) that is accessible anywhere in the world via the cloud.
Use the real-time data collected by the automated tooling supply chain management system to conduct a regularly scheduled analysis of tooling performance and to analyze the areas of the supply chain that need improvement. For example, one supplier may be consistently under maintaining the molds, leading to breakdowns or stoppages in production.
Employ protocols that monitor mold maintenance, such as date of last PM, to identify potential disruptions in the tooling supply chain as early as possible.
Once the data from the mold counter reaches the automated tooling supply chain management system, it will send a notice to the engineering department indicating the need for new tooling to replace the deteriorating product, which will save suppliers time and ensure that OEMs receive their parts on schedule.
These steps will ensure that each link in the supply chain spends less time collecting basic data and makes fewer assumptions about disruptions. Instead, each company in the supply chain will use and analyze the data collected by the system to determine root cause and then make the necessary improvements, reducing the risk of repeating the same mistake.