Find out the Engineering Advances in Industry 4.0
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Find out the Engineering Advances in Industry 4.0

By Manufacturing Technology Insights | Tuesday, June 11, 2019

FREMONT, CA – The innovative technologies of Industry 4.0 have revolutionized the manufacturing sector, augmenting operational processes, computational workflows, and engineering design tools. The digital transformation facilitated by the new technologies has enabled the organizations to gather and analyze data across machines, allowing a quick and flexible production process.

Breakthroughs in Additive Manufacturing

Owing to Industry 4.0, organizations can now create innovative products from a range of new materials, utilizing 3D printing technology. The robust design engineering tools used in additive manufacturing (AM) enable part consolidation and product simplification. AM structures allow the inclusion of internal lattices, which is most useful for aerospace and automotive light-weighting initiatives.

Even in the healthcare sector, the personalization of implants and medical devices is enabling hospitals to provide better services. It has encouraged innovative thinking in engineers, enabling the creation of build-where-you-sell operations. As a result, it has brought in a dramatic improvement in the production and distribution environment of organizations.

Evolution of Computational Models

The implementation of Industry 4.0 has fueled the creation of sophisticated and agile computational models which can empower organizations to realize enhanced manufacturing capabilities. The production of highly complex surfaces, shapes, and interior passages is difficult using the traditional CAD process. However, the new digital technologies have enabled the creation of organic forms and high-strength lattice structures through its sophisticated modeling systems. They have facilitated the creation and validation of designs through cost-effective and high performance automated processes.

The computational models have enabled effective collaboration between engineers based in different locations, providing them with ease of access and transparency throughout the design and manufacturing process over the product lifecycle. Also, the robust digital twin technology from industry 4.0 empowers designers to maximize the manufacturing capabilities.

Integration of Data Structures into Analog Tools

The industrial internet of things (IIoT) has paved the way for the integration of sensors into the manufacturing processes and supply chain operation, driving efficiency, and speed. It has enhanced the visibility of design and control teams into the entire process. The success of industry 4.0 is making organizations switch the traditional analog processes to digital, creating new opportunities for innovation. Even today, new tools and data structures are being designed to augment transparency and connectivity in the manufacturing process to drive efficiency as well as productivity.

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