Revolutionising Manufacturing: The Power of Automation in the Smart Factory

04 April 2023
Revolutionising Manufacturing: The Power of Automation in the Smart Factory

Automation has revolutionised the manufacturing industry, enabling companies to increase productivity, reduce costs, and enhance resiliency. In today's fast-paced business environment, businesses that fail to embrace automation risk falling behind their competitors. One of the most exciting developments in automation is the smart factory. By leveraging cutting-edge technologies like the Internet of Things (IoT), Artificial Intelligence (AI), and robotics, smart factories can transform traditional manufacturing processes into highly efficient and agile operations. In this article, we will explore the power of automation and smart technology enabled processes from an electronics manufacturing service (EMS) provider's perspective.


Boosting Productivity and Resiliency with Automation

The benefits of automation are clear. By eliminating manual processes and increasing operational efficiency, businesses can reduce production costs and improve product quality. Automation can also enhance resiliency by enabling companies to respond quickly to market changes and supply chain disruptions. Smart factories take automation to the next level by integrating disparate systems and processes into a single, cohesive operation. Here are some distinct traits of a smart factory that has leveraged on automation to boost productivity and resiliency:


1. It Uses an Agile Supply Chain

An industry leading smart factory requires an agile supply chain management system to handle last-minute problems and customer order changes without disrupting production schedules. Key elements of an agile supply chain include integration with supplier networks and real-time visibility into warehousing operations. The digitisation of interactions with suppliers through a cloud-based platform streamlines procurement and reduces manual workload while providing visibility on desktop and mobile devices. A digitised inventory and warehouse management approach can improve speed, agility, efficiency, and productivity, ensuring accurate order execution and on-time delivery. These initiatives can decrease time-to-market for customers by anticipating and preventing assembly and shipping delays.


2. It Optimises Customer Experience

Efficient front-end order management is another exemplary trait of a successful smart factory. It enables companies to respond quickly to customer demand changes without sacrificing quality. The automation of sales and order management processes can save valuable man-hours that can be redirected to other activities, increasing overall productivity, and creating more value for customers. The use of automated order capture and entry systems can help eliminate manual work and reduce errors, while integrated order planning systems provide real-time visibility into customer orders, enabling companies to respond quickly and capture additional sales opportunities. Moreover, real-time visibility into the supply chain enables companies to react to unforeseen supply changes, which can help reduce lead times and ensure customer satisfaction.


3. It Streamlines Manufacturing Processes

To enhance a smart factory, it is essential to prioritise digitisation and automation to streamline manufacturing processes and increase efficiency, especially in the electronics manufacturing services sector. A digitally automated maintenance tracking system ensures high uptime and productivity while reducing paperwork. A centralised maintenance cycle can expedite targeted maintenance activities, preventing delays and cost overruns. By eliminating manual processes, a smart factory can achieve a sustained production output with fewer errors, thus benefiting from more significant cost savings and better product quality. Smart factories that prioritise automation and maintenance create value for their customers.


4. It Also Enhances Other Aspects of the Business

Automation is a crucial aspect of manufacturing, but it should not be limited to production lines. The smart factory must integrate automation throughout all aspects of business operations. For example, the implementation of business process automation initiatives can help a company create an agile production model that ensures high throughput, yield, and quality across all areas of production. One way to achieve this is through the use of a mobile dashboard, which provides real-time visibility into critical data such as incoming sales orders, order fulfilment status, production metrics, and supply chain information. This allows for timely, data-driven decision-making and the ability to pivot as needed, ultimately optimising financial performance, and providing a competitive edge.


The Role of 5G and IoT in Smart Factories

The above-mentioned is incomplete without highlighting the critical role that 5G and IoT can play in optimising a smart factory. By connecting machines, devices, and sensors to a central network, IoT provides real-time visibility into production processes and equipment performance. As mentioned earlier in the article, this enables companies to quickly identify and address potential issues before they become major problems. IoT also enables predictive maintenance, allowing companies to schedule maintenance before equipment failures occur. This reduces downtime and maintenance/repair costs while improving overall equipment effectiveness. Moreover, with 5G, manufacturers will be able to enhance their IoT capabilities even further. 5G can provide higher bandwidth, lower latency, and increased device density, allowing for more data to be transmitted at faster speeds in real time. This means that manufacturers can have even greater visibility into their production processes.


PCI's Smart Factory Initiative

As a leading EMS provider, PCI is committed to providing the most innovative and efficient solutions for our customers. With our smart factory that leverages automation, IoT, and other cutting-edge technologies to create a more productive and resilient manufacturing environment, we can offer our customers greater value by providing them with high-quality electronics products at competitive prices. By using an agile supply chain, streamlined front-end order management, and efficient manufacturing processes, we can help our customers reduce time-to-market and improve supply chain resiliency. Our digitised maintenance tracking system ensures high uptime and productivity, while our business process automation initiative enhances overall efficiency, driving greater cost savings and better product quality. At PCI, we understand that smart factories are the future of manufacturing, and we are committed to staying at the forefront of the digitisation of the manufacturing industry. Contact us today to learn how our smart factory capabilities can benefit your business.



In the rapidly evolving world of manufacturing, embracing digital transformation is key to staying competitive. For EMS providers like PCI, this means leveraging cutting-edge technologies like automation, the Internet of Things, 5G technology, and various Industry 4.0 principles to create smart factories that enhance efficiency, resiliency, and customer satisfaction. By implementing greater automation in manufacturing operations and management, PCI has streamlined the customer experience and eliminated many manual processes that compromise quality. These efforts have laid the foundation for a permanent cultural shift within the company to embrace continued innovation and gain a digitally enabled competitive advantage over other EMS providers.