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How Can IoT in Manufacturing Elevate Your Business?

IoT in manufacturing is the future that manufacturers are looking towards. It positively impacts different sector dimensions with its benefits and use cases.

A Glimpse of IoT in Manufacturing

The manufacturing industry constantly demands lower expenses while increasing productivity and efficiency. Given IoT’s potential to assist manufacturers in streamlining production procedures and decreasing downtime, it has emerged as a potential answer to market challenges.

Additionally, the IoT can assist manufacturers in developing fresh income streams and commercial strategies that enable them to compete. Despite only 51% of respondents having made investments, a Deloitte survey reveals that “more than 86% of survey participants feel smart factory ventures will be the primary catalyst of manufacturing competitiveness in the next five years.”

Why so? Check the benefits of IoT that manufacturers can leverage –

Benefits of IoT in Manufacturing

  • Cost Efficiency: Predictive maintenance removes many potential problems and reduces costs when combined with effective asset management.
  • Optimized Decision-Making: With the help of IoT technology, managers can make decisions more quickly. They can access accurate insights and are constantly conscious of their systems and devices’ performance.
  • Faster Time-to-Market: Direct contact between staff members and network components is made possible by IoT, significantly increasing productivity. Because of this, the commercialization of new products happens rapidly after conception.
  • Enhanced Safety: Wearable technology and IoT sensors contribute to safer workplaces and fewer mishaps.
  • Higher Customer Satisfaction: Connected devices eliminate human error and stop the sale of defective products, significantly increasing consumer happiness.

Dimensions Where the Industrial Internet of Things Can Impact

The Industrial Internet of Things is not confined to one industry. For example, IoT manufacturing solutions enable monitoring and optimizing all assets, from the beginning of the supply chain to product delivery. The following are the main dimensions where IoT can increase visibility to further influence the future of manufacturing

  • The Shop Floor: The constant monitoring of production conditions made possible by IoT enables operators to make quick, data-driven decisions to keep equipment in good working condition and improve product quality.
  • Field Operations: With the help of IoT, field operators can now take a closer look at big-picture factors like fleet performance, which can give them more insight into how a product will be used as a whole than just statistics related to the version of a single product.
  • Supply Chain: IoT devices also allow users to view detailed information about items in warehouses or manage the environmental factors affecting how goods are transported or stored, allowing for fast troubleshooting of potential issues.
  • Third-Party Operations: Production optimization may become more challenging with the more third-party services and suppliers you use. IoT enables the monitoring of decentralized and outsourced operations through a centralized network.

Top Use  Cases of IoT in Manufacturing

The manufacturing industry has completely transformed due to the connected devices that have fully replaced people in many production processes. Here are the most popular IoT manufacturing uses –

  • Remote Production Control: Employees can virtually gather data on production processes and verify if the results meet specific requirements using IoT applications. Furthermore, they can remotely adjust and set up devices, considerably reducing time and effort.
  • Predictive Maintenance: Embedded IoT sensors in machines can detect any operational issue and notify responsible personnel about any issues. Employees are then only required to take corrective action.
  • Industrial Asset Management: Manufacturers can access and track real-time data on their assets in web or mobile apps using IoT devices. Purchases can be tracked and optimized at every manufacturing process step, from the supply chain to the final product delivery.
  • Digital Twins: IoT, AI, ML, and cloud processing are the foundation for digital twin technology. The use of digital twins, virtual replicas of actual items, on the production line is one of the embedded benefits of IoT. Engineers and managers can simulate various processes, perform experiments, identify problems, and get the desired results without endangering or harming tangible assets by using virtual copies of equipment and spare parts.

Future of Manufacturing with IoT

IoT has completely changed how businesses work, interact, and use data, and it will only get bigger. Over 75 billion devices are predicted to be linked via IoT by 2025. These changes have also occurred quickly in the industrial sector, and an industry that was once hesitant to change is now digitizing swiftly.

This leads IoT’s value in the manufacturing market to rise from $62.1 billion in 2021 to $200.3 billion in 2030 at a 13.9% compound annual growth rate. Hence, to remain relevant in the current market, manufacturers today need to be agile in all areas of operations.

The next generation of IoT technology, or IoT, is distinct in how manufacturing has been fully transformed due to its use. The capabilities that IoT offers are all that manufacturers need to turn to gain a competitive edge; the advantages affect everything from employee workflows and supplier logistics to line maintenance and the provision of Product as a Service.

Written By

Niraj Jagwani is an engineer who has co-founded a number of businesses in the domain of software development services. He has successfully helped clients across industries increase revenues, optimize processes, and achieve new milestones. He is a passionate writer and loves to exchange ideas.

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