Facts about the true state of the art of 3d construction printing

whitePaper | January 11, 2022

While the technological maturity of AM has been demonstrated in specific industries, individual firms still struggle with its adoption and implementation at industrial scale. Companies underestimate the extent to which the adoption of AM is first and foremost a learning process that involves the entire value chain and requires specific AM expertise that needs to be acquired. Throughout this learning process, a wide range of challenges may hinder the progress and success of implementation.

whitePaper | March 8, 2023

Agile Manufacturing is a manufacturing philosophy that emphasizes flexibility, adaptability, and responsiveness in production processes. It is an approach that allows manufacturers to quickly respond to changing market demands and customer needs. The term Agile refers to a set of principles and practices aimed at delivering high-quality products that meet the needs of customers in a fast-changing environment. The term Agile Manufacturing was first coined in the early 1990s, during a time of increasing global competition and rapidly changing market conditions. As a result, manufacturers began to explore new ways to improve their competitiveness and responsiveness to changing customer needs, leading to the development of the Agile Manufacturing strategy. In January 1991, the term appeared in an important report entitled “21st Century Manufacturing Enterprise Strategy” by the Iacocca Institute at Lehigh University in the United States.

whitePaper | July 30, 2020

After the COVID-19 pandemic abruptly ground the world to a halt in the first few months of 2020, it created both new challenges for the manufacturing industry and exacerbated those that had existed for some time. According to an article by McKinsey & Company analysts,1 the future we expected by 2020 hasn’t quite come to pass. Rather than a significant shift towards more automation and a smaller workforce, the opposite is true, due in part to the pandemic.

whitePaper | November 11, 2022

A common ‘Design for Excellence’ approach in any product design process is the ‘Design for Manufacturing’ which is simply to ensure the products are easier to be manufactured. A significant and important part of this approach is the ‘Design for Manufacturing Test’ concept. A final product that was manufactured but is difficult to test to effectively measure its quality and reliability before shipping out may result in disastrous consequences when these products fail out in the field, especially when the products are used in mission-critical industries such as the automotive industry.

whitePaper | May 23, 2022

Cost-effective digital manufacturing solutions are needed to keep factories and supply chains running smoothly while producing high-quality products–whether delivered by OEM, parts or assembly supplier, contract manufacturer, or manufacturing services supplier. IBM can help you cocreate a roadmap to a custom solution with a focus on leveraging existing OT investments,improving key metrics, exploiting digital tools, and using the right talent. We help you set your direction based on a proven Industry 4.0 reference architecture and industry standards, achieve scale by consistently deploying advanced shop floor technologies on an open platform, and unleash optimum value by selecting manufacturingprocess use cases to address immediate needs.

whitePaper | March 23, 2023

The fourth industrial revolution is transforming the manufacturing industry as we speak. Industry 4.0 is digitally driven, and like all other revolutions, the transformation did not happen overnight. Since the first personal computer on a factory floor in 1970s, computer-aided design has developed and matured exponentially. Strategically eective evolutionary steps has resulted in productivity and eciency gains in manufacturing. We live in the Industry 4.0 era, characterized by the digitization of manufacturing processes. Inevitably, today, information plays a significant role for an enterprise transformation. Data on how the product’s design and manufacturing information is authored, exchanged, and processed is critical to competitiveness. Information ‘silos’ for various life cycle processes are gradually connected to form a digital thread of information, envisioned to integrate and drive modern product design, manufacturing, and product support service processes.