Fighting for the UK manufacturing. Meeting the challenges of the future

UK manufacturing at a crossroads faces Brexit, COVID-19; embracing Industry 4.0 technologies crucial for growth, productivity, and competitiveness.

What is the future of UK manufacturing? What are currently the most vital challenges that British industry is facing? And finally – how can embracing technology come to the rescue and drive business growth?

There is no doubt that the manufacturing sector in the UK stands at a crossroads, and that’s driven not only by the uncertainty of Brexit but also by the COVID-19 pandemic. However, The Fourth Industrial Revolution, or Industry 4.0 as it has come to be known, harnessing automation and other features delivered by technological innovation, brings promising opportunities to the table.

Wise implementation of technology is a way to go for manufacturing companies to create a strategic roadmap. And there is something to fight for because, according to Transparency Market Research, the global smart manufacturing market is expected to grow to $445 billion in 2024!

To get a better understanding of the situation, we took a deep dive into two recently published reports:

  • Fighting for the future of UK Manufacturing – An Industrial Strategy published by the Unite Manufacturing Combine.
  • Disrupting the Manufacturing Industry – A Breakdown on Startup Driven Innovation, published by StartUs Insights.

While the first, in-depth publication, scrutinizes the industry from the perspective of trade unions, employees, and the British economy perspective, the second one emphasizes particular types of technology associated with the industry.

That said, let’s take a look at the highlights from Unite’s report:

  • According to the authors, the UK economy is far from OK. It’s a critical moment in the country’s history, experiencing an economic slump, unprecedented wage stagnation, and yawning wealth disproportions.

  • After years of austerity and underfunding, it’s necessary for the state to start investing in the sector to revive and support sustainable and diverse economic growth.

  • The state should take action to protect strategic industries, such as steel, transport, communication, or energy, and embrace the “Build Local / Buy UK” approach.

  • There is a strong need to boost future-oriented education, where employees have a chance to up-skill or re-skill as the technology keeps on evolving and creating a growing skills gap. Developing new skills and making the most of new technology will be paramount to ensure a bright future for the manufacturing landscape.

  • Automation, Artificial Intelligence, Robotics, and other technological milestones are regarded as an opportunity for business and a threat to workers simultaneously. But it’s a matter of maintaining a wise approach to employ those advancements in the best way.

With regard to the last point – Introducing Industry 4.0 and its automation features should align with protecting jobs and preventing pay cuts, promoting shorter working time, and up-skilling and re-skilling the British workforce.

Automation makes absolute sense as a solution to increase productivity, time-saving, stimulating the work-life balance, earlier retirement for workers, and a chance for them to enjoy their lives.

From a national perspective, proper implementation of a system where people, machines, computers, and software cooperate opens a way for the UK to “become a hub for the manufacture of Industry 4.0 technology.”

To become a leader in the field, however, the state must significantly invest in R&D and design and engineering capabilities.

Since we got to know the broader perspective delivered by Unite’s report, it’s time to take a closer look at specific technological breakthroughs included in the “Disrupting the Manufacturing Industry” breakdown.

Remember the vision of the smart manufacturing market to be worth $445 billion in 2024? Well, adopting the technologies below will not only improve productivity but it will bring us closer to this upcoming Eldorado:

  • Robotics will play a vital role in creating smart factories. Putting collaborative robots (co-bots) into action will take challenging and mundane tasks off human workers’ shoulders and speed up the production and supply chain processes. We are also talking about cutting costs, bringing quality to a higher level, and better productivity.

  • Composite materials such as ceramic, glass, or carbon fibres are expected to grow rapidly during this decade, especially for the automotive and construction sectors. Still, some of them can also be applied in gas turbines or military rockets.

  • Nano-engineering, which is also the way to game-changing improvements to increase the lifecycle of components and mechanical parts. Investing in nanomaterials can help manufacturing players save time and cost and manage their water and power storage.

  • Additive manufacturing or 3D printing can be invaluable for production planning so that an end product can find its way to a potential customer much faster. How? Instead of creating multiple individual parts in the process, 3D printing can already print multi-material parts and will be able to print more significant components or machines.

  • The Industrial Internet of Things (IIoT) is the term smart factories can’t ignore. Staying in control of upgrading efficiency and productivity is at stake here. How about better performance management, predicting product failures, and sending mobile alerts in real time? It can all come to reality, thanks to the adoption of IIoT.

  • Simulation software, which provides motion simulation and animated prototyping tools, is a brilliant way to virtually test a product before a factory decides to spend time, money, and resources to produce it. Imagine that you are sure how a prototype product will perform before you build it. This is an excellent way of minimizing risks and cutting down costs!

  • Finally – the famous Artificial Intelligence (AI). Similar to the aforementioned simulation tools, AI can be of use to improve product quality and prevent possible engineering failures. Diagnosis is where AI supplies a magic ingredient and provides companies with essential data to make the right business decisions. essential data

But the above technologies are not the only ones that can drive the UK’s manufacturing to excel. Automation and bespoke manufacturing software that can empower you with control over:

  • Material requirement planning
  • Inventory management
  • Financial management
  • Purchase management
  • Order management
  • Production control
  • Shipping management
  • Reporting

All in all, adopting digitalization and technology can support the entire manufacturing sector and your company in particular.

What are your thoughts concerning this industrial overview? Is there a specific type of technology that appeals to you most? What are the most crucial pain points that your company is dealing with? Let us know via the contact form below.

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