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In the last 20 years, manufacturers – through the implementation of Six Sigma and Lean approaches – have been able to lower waste in the production processes and have improved the product yield and quality. But the volatile nature of the present day manufacturing segment, specially around chemicals, pharmaceuticals, and mining, has led to the need of having a more granular approach for identifying and correcting the flaws in the process.
Big data in manufacturing is one such solution. And there are signs that validate it, one being that the global big data in manufacturing domain is projected to reach $9.11 billion by 2026. The use case of the technology has been playing a big role in shaping this market growth. In this article, we are going to explore the role of big data analytics in manufacturing and how it is making the entire domain smarter and more efficient.
The technology can be defined as high velocity, high volume, and high variety data sets that help with processing information which enhances insights, helps with decision making, and automates processes.
Another way to define big data can be that it is a technology which consists of a diverse and complex set of data which is gathered through multiple resources and requires an advanced processing approach like cloud computing or machine learning to provide key business insights.
The technology is majorly made of three key elements –
Variety – There is a wide range of data available to businesses but they can be categorized into unstructured, semi-structured, and structured data.
Velocity – It refers to the rate at which the data gets received. Usually, the data is stored in memory but there are real-time processing mechanisms active in businesses as well.
Volume – The technology processes a big amount of information which comprises a range of structured, semi-structured, and unstructured data.
Now that we have looked at what big data stands for, it is time to look into how the data is generated by the manufacturing industry.
In addition to the general sources of generating data like loyalty programs, online marketing analysis, and social media monitoring, the industry is using a range of software to collect the information.
The software sets ranging from CRP, MES, and CMMS, etc. are integrated with the machines to generate big data in the manufacturing space.
The data sets which these software and machines generate then can be used to form patterns, identify the problem areas, and come up with data-backed solutions.
Now to generate this massive amount of data, the industry requires a robust set of intuitive technology stack. At Appinventiv, we make use of some of the best in class industrial data analysis tools:
The benefits of big data in manufacturing ranges from several preventive level advantages to aiding predictive decisions. Let us look into the different ways that highlight the importance of data analytics in the manufacturing industry.
The manufacturing industry has been the center of technological innovations. Whether it is mobile connectivity, industrial IoT or next-gen hardware, the data that is generated through all the different mediums helps raise competitiveness to the next level. The data leads to greater insights in the market trends, better understanding of the customer needs, and forecasts into the future trends. In short, it provides everything that gives manufacturing houses a massive competitive edge.
Downtime of hardware can be a real productivity hazard in the manufacturing domain. It doesn’t just hamper employees’ time but also requires a lot of maintenance and troubleshooting. Now, the solution that the industry has found for the issue is using industrial data analysis to perform preventive and predictive maintenance on their hardware. It helps the manufacturers keep a track of hardware’s quality assessment by analyzing their efficiency and working on a daily basis.
Manufacturing houses are now using advanced sensors to provide big-data powered alerts to the field technicians concerning the maintenance requirements, they are using RFID tags to monitor the condition of units, and making use of data-driven reports that offer accurate suggestions for improving the customer services.
Big data analytics in manufacturing gives manufacturers the ability to track down the location of the products. This capability of tracking down the product location using technologies like radio frequency transmission devices, and barcode scanners, solves the issue of products getting lost or becoming difficult to trace. What this means for customers is that businesses are able to give them a more realistic delivery timeline.
One of the key productivity signs of a manufacturing house is determining what the market needs are and what volume of goods they need to create.
Back in the day when big data in manufacturing did not exist, businesses relied on human estimates that led to goods either getting produced in excess or shortage. Big data helps with giving businesses important predictive insights that helps them make the choice better.
The incorporation of real time manufacturing analytics specifically in the CRM system can help manufacturing houses forecast the future in real-time. The analysis of CRM data can showcase the difference in the order and consumption patterns that can be used for driving the adjustment in production. Moreover, the big data-driven intelligence gathered from the CRM can help with knowing what the customers are asking for and then preparing the production in a cycle in a way that the time to respond minimizes.
With big data analytics in manufacturing, businesses have gotten the capabilities of segmenting their production and identifying the units that get manufactured faster. This helps the manufacturing houses know where they have to focus their efforts to get maximum production. It would also help them identify the areas they are most efficient in, along with the ones they need to work on.
The analysis of data around the equipments’ past failures enables the manufacturers to forecast its lifecycle and set up the correct predictive maintenance schedules, which are either usage based or time based. All this, in turn, helps detect the gaps, lower the wastage and downtime, and help businesses create a recovery plan in case an unexpected failure occurs.
Moreover, big data when combined with AI enables the manufacturers to automate the processes so that they self-optimize without the involvement of a human intervention.
Historically, manufacturing units have focused on producing at scale and left the customization to enterprises serving the concentrated market. Data analysis for manufacturing makes customization possible at the manufacturing stage by predicting its demand and then giving the manufacturers lead time to produce customized products at a great scale.
Using big data, manufacturers are able to streamline their manufacturing process by eliminating wastage and predicting the demand. This streamlining helps them with time they require to do mass personalization of the products.
Big data technology helps manufacturers find hidden patterns in the processes, enabling them to pursue their continuous improvement initiatives with better certainty. The result of this can be seen in a rise in the throughput and yield.
The price point of a product can be decided with the help of big data. The technology can collect and analyze the data from multiple stakeholders like customers, suppliers, etc. to determine the best price point that suits both customers and businesses.
A manufacturing house can find a range of image recognition specific use cases for big data. Let’s see an example. Suppose you require a specific spare part but you don’t know what it’s called or how much it costs. A big data powered image recognition software can help businesses capture the image and give the details back to the manufacturers.
Now that we have looked into the wide set of reasons as to why big data is important in manufacturing, let us look at some real-world cases of where businesses have adopted the technology for an evident rise in production efficiency.
The manufacturing industry has made it evident that there are a number of benefits that big data offers to the domain. But how are those benefits actually being leveraged in the real world? Let us find out through some real-world examples of companies.
|Company||Outcome of Using Big Data|
|Colfax||– Detection of anomalies and patterns in applications
– Increase in asset utilization
|National Engineering Industries Limited (NEI)||– Increase in visibility around shop floor, line, plant,
and the enterprise performance
– Avoidance of unplanned breakdown through proactive actions
|Kia Motors||– Forecast of maintenance costs and failure rates
– Reduction of production time
– Categorization and extraction of complaints from customer
surveys to uncover the quality issues
|Siemens Healthineers||– Prediction of product failure
– 36% less system downtime
|Deutsche Bahn||– Reduction of 25% in maintenance costs
– Reduction in delay-causing failures
Now that we have looked into the real-world use cases of big data in the manufacturing domain, let us look into the ways the technology can be adopted in the industry.
While every project is different, there are some steps which are common in every project that calls for the adoption of big data in manufacturing.
The beginning of a big data project should start with knowing what is expected from its inclusion. You will only be able to validate the profit and feasibility of the technology in your manufacturing business when you know the key performance indicators to measure them against.
The next step would be getting details around your current manufacturing requirements and needs. Only when you know how your manufacturing unit is performing today, will you be able to find scope for big data inclusion. An analysis of your current status will also help you build a strong quality improvement process.
Once you have set the KPIs for the technology and analyzed the issues in business, the next step would be to know the cost of the project. When estimating this price point, account for all development, integration, and maintenance of the project. Once done, measure this cost against the possible perks that the manufacturing unit can expect.
Once you have identified the processes which you will be incorporating big data in and have analyzed the cost, benefit analysis, the next step would be partnering with a reliable big data company. They will help you with a seamless integration of the technology in the manufacturing houses.
Big data in manufacturing, as we have covered throughout the article, is the secret behind manufacturers getting high production efficiency, better prediction of anomalies, and getting competitive advantage. However, applying it in the traditional systems is not easy or enough. In order to truly benefit from the technology, big data needs to be integrated with technologies like IoT and AI.
What manufacturers truly need to gain advantage from the technology is the support of a data analytics service powerhouse like Appinventiv. If you are looking to modernize your manufacturing house, reach out to us.