By Neil Parton, managing director, Elumatec.

If we look back at manufacturing over the last 20 years, the pace of change has been significant.

Automation has become more accessible. Machines have become more capable. Software has moved from being something that simply controls equipment to becoming an increasingly important part of the production process.

So, what will the factory of 2030 actually look like?

It is tempting to picture a highly automated environment, with robots handling every stage of production and people becoming less visible on the factory floor. But I don’t think the future of manufacturing will be quite that simple.

For me, the factory of 2030 will be defined less by how much automation it has and more by how adaptable it is.

The future will be built around flexibility
Customer expectations are changing. Product ranges are becoming more diverse, production runs can be shorter and manufacturers are under increasing pressure to respond quickly without compromising quality or profitability.

That means flexibility is becoming just as important as speed.

The ability to move between different production requirements without significant downtime will become increasingly valuable. Manufacturers will need equipment and processes that can evolve with their businesses, rather than becoming restrictive as those businesses grow.

Automation will undoubtedly play a major role, but I believe we will see more emphasis on automation working alongside people, rather than replacing them.

The skills and experience of operators will remain hugely important. The difference is that technology will increasingly take care of repetitive, time-consuming or highly consistent tasks, allowing people to concentrate on areas where their judgement and experience add the most value.

From data collection to better decisions
We are also likely to see machines become more connected, with machines increasingly able to communicate with one another as connectivity continues to evolve.

The ability to collect data is nothing new, but the real opportunity lies in what manufacturers do with that information. Data should not simply sit somewhere in a system as another set of numbers to look at. It should help businesses make better decisions about production, maintenance, efficiency and investment.

That shift from collecting data to actually using it could have a significant impact on how factories operate.

But perhaps the biggest change will need to happen before a machine ever arrives on the factory floor.

Investing for the factory you haven’t built yet
Manufacturers need to think further ahead when making capital investment decisions.
It is understandable that businesses focus on the immediate requirement. If production is under pressure today, the priority is finding a solution that can address that problem today.

However, machinery is a significant investment, and ideally it should continue to deliver value long after the immediate problem has been solved.

That means asking different questions.

Will this equipment give us the flexibility to respond to changing demand? Can it accommodate new requirements as our business develops? Can it integrate with other systems? Can we expand its capabilities over time?

In other words, are we buying a solution for today’s production, or are we investing in the capabilities we’ll need tomorrow?

This is where I believe the idea of futureproofing becomes particularly important.

Futureproofing doesn’t mean trying to predict exactly what manufacturing will look like in ten or 20 years. None of us can do that with any certainty.

It means making decisions today that don’t limit your options tomorrow.
At Elumatec, we see this as an important part of how manufacturers should approach machinery investment. Longevity matters, but so does flexibility. A machine that performs well today is valuable.

A machine that can continue to adapt as a manufacturer’s requirements change is potentially far more valuable.
The factory of 2030 may not look quite like the future we imagined back in the 1990s, when flying cars and fully automated worlds seemed just around the corner. It will still need skilled people. It will still need reliable machinery. And it will still need manufacturers who understand their customers and their markets.

What will change is how those elements work together.

The manufacturers best placed for the future won’t necessarily be those with the most technology. They will be the ones that have invested thoughtfully in technology, people and processes that allow them to adapt.

We can’t predict exactly what the factory of 2030 will look like. But we can make sure the decisions we make today don’t prevent us from building it.