How Does Augmented Reality Disrupt Automotive Industry?

July 25, 2019

However, AR goes beyond gaming and AR masks creation. Besides already existing educational apps e.g., BBC’s Civilisations AR or instructional augmented reality apps e.g., Street View mode in Google Maps overlaying AR walking directions atop the real world; Gatwick’s AR passenger app for easier navigation in the airport terminal buildings, AR finds a variety of ways to be innovatively applied in the automotive industry.

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Precision ADM

Precision ADM; solving the world's complex manufacturing issues through engineering innovation via metal Advanced Digital Manufacturing (ADM) solutions. Advanced Digital Manufacturing is our complete additive and subtractive manufacturing process, which includes design support, engineering, manufacturing, and finishing.

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The Road to IIoT Maturity in Machine Manufacturing

whitePaper | October 1, 2022

Smart Industry and Industry 4.0 mark the era in which industries are constantly shifting towards the latest technologies. Companies now need to focus on their digital transformation to stand out from their competitors. By equipping machines with sensors, software and other smart devices and connecting them to the internet we are able to monitor and manage them from a distance.

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Advanced Manufacturing: A New Narrative

whitePaper | September 15, 2023

Global megatrends are creating increasingly frequent disruptions to economies and organizations, which in turn are reshaping global value chains and pushing industries and manufacturing to transform themselves. These megatrends include geopolitical tensions and economic instabilities, climate change, technology integration and changing people dynamics.

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Stress Testing 3D Printed Parts for End-Use Applications

whitePaper | January 9, 2023

Modern manufacturing theory, tools, and best practices are focused on how to make thousands or millions of identical parts or products at a low cost per unit. Custom and low volume production pose unique challenges that require manufacturers to adapt from typical mass production models. Thanks to the rapid development of technologies and materials over the last decade, additive manufacturing has grown more capable as a true manufacturing tool and can now enable the fabrication of these custom and low volume end-use parts rapidly and cost-efficiently. This white paper presents Formlabs 3D printing hardware and material solutions for end-use part production. It documents various users' case studies and includes stress testing results to verify the suitability of 3D printing materials for end-use applications.

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End-to-End Automation Hype or Hyperautomation?

whitePaper | June 3, 2022

Digital operations are key to maintaining a competitive edge, but most organizations today operate with a mix of different levels of automation, from completely automated to fully manual processes. This variation across the value chain impacts efficiency and customer satisfaction, since an end-to-end process may move through several disjointed manual and semi-automated tasks to reach completion. Moving to a fully digital operation with end-to-end intelligent automation can significantly improve existing business operations, while enabling true transformation: the creation of completely new business models that allow an organization to outperform the competition and expand into new markets.

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Pacing the Industry 4.0 Manufacturing Revolution

whitePaper | August 1, 2020

Imagine the power of a process model that defines the pace of your production. Imagine process mining insights, which allow you to feel the pulse of actual process performance. Imagine a digital twin as a virtual representation of your manufacturing processes. Imagine a single software which - at the same time - enables a more collaborative approach, with all members of the workforce working towards performance improvement, reducing waste & defects. Now stop imagining... that reality is here.

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The Best of Both Worlds: Combining AM and IM to Master the Whole Life Cycle of Your Parts

whitePaper | January 2, 2023

Additive Manufacturing (AM) and Injection Molding (IM) are often perceived as competing plastic processing technologies. However, organizations must be ready to utilize and switch between different production technologies to address changing product requirements, shift production schedules based on market demands, or respond to supply chain crises. This includes making both technologies complementary, not exclusive.

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Precision ADM

Precision ADM; solving the world's complex manufacturing issues through engineering innovation via metal Advanced Digital Manufacturing (ADM) solutions. Advanced Digital Manufacturing is our complete additive and subtractive manufacturing process, which includes design support, engineering, manufacturing, and finishing.

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