Emerging Trends in Manufacturing: What to Expect in the Next Decade

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Posted: August 14, 2024
CEO Today
Last Updated 21st October 2024
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How will cloud manufacturing change the market?

The evolving role of cloud manufacturing and other pivotal shifts are poised to redefine the manufacturing domain. While the core operations of factories may not witness a dramatic overhaul, the infusion of new technologies is set to enhance efficiency and workflow dramatically.

Martin Vares, the founder of Fractory and a seasoned mechanical engineer, emphasises the importance of systems that bolster information flow and collaboration. Fractory's manufacturing technology solution does exactly that by aggregating market data on pricing and capacity, enabling customers to make fully informed and far better procurement choices. This strategy will streamline supply chains and expand capabilities, highlighting the advantages of cloud manufacturing.

EV Production Line on Advanced Automated Smart Factory. High Performance Electric Car Manufacturing. Car Batteries Installation on Electric Vehicles on Assembly line. Automotive Plant.

Credit: SweetBunFactory on Istock

The shift toward cloud manufacturing is on the cusp of transforming procurement processes in manufacturing globally. Present trends suggest a significant move towards cloud-based solutions, with approximately 80% of the sector making this transition. Engineering firms, in particular, value the synergy of digital ease and expert insight provided by platforms like Fractory.

From Vares' perspective, a monumental shift is also anticipated in the adoption of additive manufacturing processes. The trajectory of 3D printing's development and its integration have become increasingly clear. A substantial portion of engineering and manufacturing entities will use 3D printing, either through partnerships or in-house capabilities. At smaller businesses too this could change things entirely. Imagine the classic car restorer, no longer searching for rare and expensive parts but simply enjoying bespoke part production on-demand, potentially making the 3D printer an indispensable tool, the only piece of equipment in their garage.

Furthermore, the adoption of generative design marks another frontier in manufacturing innovation. While computer-aided design (CAD) has become ubiquitous, the next leap forward is the use of generative design. This approach allows for the optimisation of designs in ways that were previously unimaginable, powered by the advancements in custom CNC machining and 3D printing tech.

Another area of development is the fusion of disparate materials to create composites that offer unparalleled strength and flexibility. Such innovations are indicative of the profound impact of 3D printing on material science, paving the way for creations that can bear significant loads while absorbing vibrations.

The democratisation of manufacturing, spearheaded by 3D printing, promises to bring production capabilities directly into the homes of consumers. This shift has the potential to change how we obtain everyday items, reducing the reliance on traditional manufacturing and distribution models, and offering a more sustainable alternative.

Both cloud manufacturing and 3D printing, in similar ways and in ways that are different, are set to redefine the manufacturing landscape, offering cost savings, time efficiency, and a greener approach to production. These technological advancements will not only enhance the sector's operational efficiency but also have far-reaching implications for sustainability and innovation.

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