Additive manufacturing: A layered revolution

August 1, 2018

This report describes how Additive manufacturing (AM) changes the way products are made and what this means for work. The introduction of AM in the manufacturing industries will impact value chains, business models and specific activities such as product design and prototyping.

Spotlight

Mitutoyo America Corporation

The world’s largest metrology company was founded in 1934 by Yehan Numata with one product – the micrometer. Mitutoyo’s philosophy at that time was to make the best mechanical micrometer in the world. But also to produce them in quantities that made them affordable and available to all of manufacturing so they could improve the quality of the products they manufactured. This philosophy was expanded in the next several decades to include a wider product offering focused on mechanical, dimensional gaging products. Mitutoyo focused its R&D and production efforts on creating the most advanced micrometers, calipers, indicators and other measurement tools in the world.

OTHER WHITEPAPERS
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Manufacturing of High Performance Composite Structures

whitePaper | June 20, 2022

The ultimate goal for composite manufacturing is the fully automated production of complex composite structures. This is being accomplished for unreinforced plastics and metals with modern Additive Manufacturing (AM) technologies. Automated Fiber Placement (AFP) achieves automated thermoset composite lay-up but requires an autoclave or other post process.

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How a digital manufacturing platform increases your Overall Equipment Effectiveness (OEE)

whitePaper | January 10, 2023

Now COVID-19 has made it even more pressing to switch to digital, it is high time to say goodbye to manual, paper-based workflows in mass production factories. Digitization is the way forward to Industry 4.0. Because that’s the key to an Overall Equipment Effectiveness (OEE) of world-class level (85%). In reality, most plants today have an OEE closer to 60%. We believe the solution lies in a digital manufacturing platform that supports all plant work processes and utilizes advanced technologies like Machine Learning, IoT, AI and mobile. In this whitepaper, we will show you how such a digital manufacturing platform could work by describing three manufacturing processes: Task Management, Deviation Management and Root Cause Analysis, and how digitalization of these processes can help you achieve an OEE of world-class level.

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Advanced Manufacturing in the Digital Age

whitePaper | December 1, 2022

Printed circuit assemblers need an IoT ecosystem, the cornerstone of Industry 4.0. One of the key advantages of an IoT ecosystem is that it can take siloed information, analyze it, and optimize processes across a company’s systems. Aligning IT and OT is key to the Industry 4.0 transformation and to improving manufacturing processes and leads to higher production performance and lower costs. However, it requires effective governance and tools to adapt IT project management models for use in operations.

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Maintenance 4.0: How AI and Data Driven strategies increase machine performance

whitePaper | December 22, 2022

Minimizing downtime and increasing production efficiency is one of the main goals of an effective maintenance strategy. Knowing the working hours, operating parameters, and consumption of one’s assets is the starting point for identifying operating conditions, studying their behavior, finding anomalies, and understanding the reasons for individual downtime. In this way, using different algorithms, it is possible to achieve the ideal strategy

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

whitePaper | December 13, 2019

Winsun has a 3D construction printer installed in their factory in Suzhou, China, that produces elements by 3D printing. The elements are then transported to and assembled at the building site to form the building structure. Hence, Winsun is actually 3D printing precast elements and do not 3D print on the building site. Therefore, when Winsun claimed to have done 10 buildings in 10 days, it actually meant, that they assembled 10 buildings in 10 days, out of elements 3D printed in the factory long before.

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THE INTELLIGENT ENTERPRISE FOR PAPER AND PACKAGING COMPANIES

whitePaper | June 2, 2022

For decades, energy-intensive commodity businesses for paper and packaging aimed for better process control, leading to higher product quality with less energy consumption. This would help to both reduce costs and maintain a healthier environment. A plethora of concepts and devices were invented to control the production and verify or predict the product quality. This approach had some measure of success, but it had its limits.

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Spotlight

Mitutoyo America Corporation

The world’s largest metrology company was founded in 1934 by Yehan Numata with one product – the micrometer. Mitutoyo’s philosophy at that time was to make the best mechanical micrometer in the world. But also to produce them in quantities that made them affordable and available to all of manufacturing so they could improve the quality of the products they manufactured. This philosophy was expanded in the next several decades to include a wider product offering focused on mechanical, dimensional gaging products. Mitutoyo focused its R&D and production efforts on creating the most advanced micrometers, calipers, indicators and other measurement tools in the world.

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