Manufacturing 2025: more jobs, more creativity, more growth
By Volker Spanier
We live in a world of innovation. This is a world of advanced manufacturing, where 3D printers, augmented reality, artificial intelligence and advanced robotics are likely to be key features of the factory of the future.
As ever, when large scale change is on the horizon, a public mood of trepidation has been reported. For example, in our own research, 57 percent of Europe’s workforce believe that technology will disrupt their industries over the next decade.
However, despite this headline figure, further results suggest a much more positive attitude toward the expected benefits of the fourth industrial revolution than many might expect. So, what does Europe’s workforce predict for the future of manufacturing?
To find out, Epson spoke to 17 thought leaders to establish a detailed impression of likely technological impacts on the manufacturing sector, and tested their predictions with over 7,000 European business leaders and employees.
Manufacturing becomes local
The rise of 3D printing means a growing ability to manufacture products locally, responding to demands for increased customisation. Surveyed experts, along with 74 percent of senior managers in Europe, think that rapid global change in manufacturing will deliver a boost to local economies and jobs.
They predict that smarter, connected local factories will not only help to reduce the energy intensity of our product lifecycle, they will also produce quick-to-market, ultra-customised products. What’s more, 65 percent of the workforce believes the quality of goods will improve as a result.
Future workers adapt
Like previous manufacturing revolutions, it’s the 52 million1 European workers employed through the industry who face the most uncertainty. There’s no doubt the way the workforce operates will undergo significant disruption, yet most people predict their continued importance in manufacturing. For example, 60 percent of the workforce think that robots will not be able to replace the human ability for flexibility, creativity and reaction, suggesting people still have an important role to play.
According to Professor Alain Bernard, workers will increasingly be training robots to learn, and cobots (robots designed to collaborate with people), will emerge to assist with more challenging tasks. Seventy percent of respondents agreed that robots will take on more complex tasks that would take humans longer to master.
In fact, 69 percent of the workforce agrees that robots will become a core part of our manufacturing infrastructure. The greatest challenge, according to 55 percent of respondents, will be in attempting to comply with a changing regulatory environment when integrating robots into manufacturing and infrastructure.
Technology augments manufacturing
Robotics are not the only game-changing technology. Augmented Reality (AR) will also play an important role, according to experts Professor Bernard and Professor Darwin Caldwell. AR will provide real-time data insight, informing and instructing workers in complex manufacturing processes.
Although experts predict this technology will ensure employees work smarter and more efficiently, workers remain uncertain. Only 56 percent find AR appealing for their industry. Product development is a particular area of promise, with 43 percent of respondents believing AR’s biggest impact will be here.
Efficiency gains
Innovation is disrupting the future of manufacturing, but opinion remains positive. Eight-three percent of respondents believe that technology will improve organisational efficiency. That means a future of manufacturing that is more efficient, productive, accurate, analytical and creative.
Manufacturing is undergoing a revolution. In the face of such radical change, it’s understandable some are still cautious. In embracing the future, perhaps it’s best to learn from the past. Those industrial revolutions that preceded us brought about monumental change. The reality of what they delivered was a beneficial revolution in manufacturing, huge global growth, and rising living standards. There’s certainly room to be positive about that.
Want to know more?
The full report has all the insights, you can download it here:
Author profile
Volker Spanier
Volker es el responsable de robótica de Epson Europa, y desde 2004 desarrolla y promociona soluciones de automatización para Epson. Este ingeniero graduado lleva colaborando con Epson desde 1995 y ha trabajado como director de ventas internacional antes de aceptar su cargo actual. Como responsable de robótica, ha ampliado la distribución de este tipo de soluciones de Epson por toda Europa mediante acuerdos de integración y distribución exclusivos.
About Epson
Epson is a global technology leader dedicated to co-creating sustainability and enriching communities by leveraging its efficient, compact, and precision technologies and digital technologies to connect people, things, and information. The company is focused on solving societal issues through innovations in home and office printing, commercial and industrial printing, manufacturing, visual and lifestyle. Epson will become carbon negative and eliminate use of exhaustible underground resources such as oil and metal by 2050.
Led by the Japan-based Seiko Epson Corporation, the worldwide Epson Group generates annual sales of around JPY 1 trillion.
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Author profile
Volker Spanier
Volker es el responsable de robótica de Epson Europa, y desde 2004 desarrolla y promociona soluciones de automatización para Epson. Este ingeniero graduado lleva colaborando con Epson desde 1995 y ha trabajado como director de ventas internacional antes de aceptar su cargo actual. Como responsable de robótica, ha ampliado la distribución de este tipo de soluciones de Epson por toda Europa mediante acuerdos de integración y distribución exclusivos.