Moving from smart machines to smart factories
The last 18 months have been challenging for all global business, but the manufacturing sector, in particular, has found itself at the coalface of change. As the pandemic disrupted supply chains globally, plant owners were forced to respond to rapidly changing demand with newfound nimbleness, speed and agility.
With these lessons in hand, today’s emerging business imperatives for the manufacturing industry include flexibility, supply chain resilience, increased productivity, and sustainability. The optimisation and integration of both business planning and manufacturing execution into a single digital system represents the next step gain for manufacturers for growth and profitability.
Those manufacturing systems that enable a demand-driven and dynamically optimised value chain will survive.
Put simply, those manufacturing systems that enable a demand-driven and dynamically optimised value chain will survive – and thrive – into the next decade and beyond.
Growing demands
In the coming years, plants and factories will face more stringent regulatory and compliance requirements, as well as growing public and governmental pressure to be sustainable and energy-efficient.
Such demands also dovetail with global trends towards adopting new processes for circularity, carbon reduction and waste reduction. It is not enough for today’s ageing systems to be fit for an Industry 4.0 age – they must be Industry 5.0-ready.
Amid this age of rapid digitalisation, many plants have embarked on transformational activities that align manufacturing systems to provide both operational and business improvements. Digital technologies are at the heart of these changes given their ability to drive exponential productivity and sustainability benefits across the value chain.
The value of digital transformations in the Fourth Industrial Revolution is estimated at $100 trillion in the next 10 years.
According to the World Economic Forum, the value of digital transformations in the Fourth Industrial Revolution is estimated at $100 trillion in the next 10 years. The manufacturing sector, which has long been a driver of global prosperity and economic growth, is key to this transformation.
Automation and beyond
Globally, manufacturing companies have generally kick-started digital transformation with plant and machine automation to minimise manual operations and maximise physical throughput. But more advanced technology, such as manufacturing execution systems goes above and beyond the reduction of manual processes to transform core application functionality and business performance.
Technological advances in big data and predictive analytics, business process management, mobile applications, and augmented reality are enabling manufacturers to empower operators to make sense of operational data.
Technological advances in big data and predictive analytics are enabling manufacturers to empower operators to make sense of operational data.
Detailed production history data offers payback opportunities by providing optimisation insights and facilitation of continuous improvement. Visibility into operations and resource status enables better decision-making and collaboration between plant and enterprise functions.
What is more, newer platform and integration technologies such as cloud, IoT, IIoT, and smart and edge devices are driving down the cost of digital transformation in the manufacturing sector.
Smart factories
Concepts like the digital twin and the digital transformation of work are increasingly becoming the tools to improve operational efficiency and drive the needed business outcomes at manufacturers’ plants.
MES continues to play a central role here. As machines become smarter, MES unites those machines with connected workers and other connected assets – changing this collection of smart machines into a smart factory.
Detailed production history offers payback opportunities by providing optimisation insights and facilitation of continuous improvement.
The ROI on MES investments can be profound and transformative – led by improvements to operational efficiency, quality and compliance.
Operational efficiency gains can be seen in increased asset performance and plant throughput, faster product changeover, and increased productivity.
Meanwhile quality and compliance improvements are delivered through product and process specifications, reduced waste and rework, detailed traceability, indications and management of recalls.
These types of manufacturing gains can be seen across the full gamut of global industries, from chemicals, pharmaceuticals and mining to agriculture and food and beverage.
Visibility into operations enables better decision-making and collaboration between plant and enterprise functions.
The case for digitalisation within the manufacturing sector is clear. Driven by the unrelenting and growing need for agility and resilience, manufacturers will be able to empower their workforce through digital transformation and build the smart factories of the future, unlocking value benefits for all stakeholders along the way.
As machines become smarter, manufacturing execution systems unite machines with connected workers, changing smart machines into a smart factory.
