12:05 PM - 12:30 PM
Industrial AR has a large history, pilling up few “top” but also lots of “flop” cases, to everyone's frustration. While for a long time the industry focused on AR-assisted maintenance or of procedure-like guidance use cases, it turned out, that companies are not struggling to incorporate XR-enabling technologies, but instead struggle rolling-out pilots as solutions. There is no doubt about the solution’s benefit, but because of manual efforts and challenges in data preparation and information authoring, the ROI is far too often not there.
AR-based quality inspection has turned to be different. Data needed for the use case is close, if not similar, to already existing 3D/CAD data from engineering, eliminating the need for further preparation other than tracking of objects in order to augment this data onto its corresponding object. AR, specifically, is _the_ enabler technology to find deviation quicker and more immediately. No other principle enables such immediate way to compare a manufactured item to its CAD specification. As such, it is the perfect match of technology, effort and output.
Turning tablets into inspection tools with AR, mobile devices are leaner compared to existing 3D scanning and metrology boxes (which produce similar results but need far more time for preparation and conduction) and more flexible, as small or even very large parts can be verified for quality in real time and directly on location, wherever parts are produced or stored.
In our talk we present use cases from automotive as well as mechanical engineering and welding industries, including agricultural manufacturer Krone and Slavia Production Systems (a “hidden champion“ from Eastern Europe, who’s a major automotive supplier), who were able to quickly integrate AR into their production and have since been successfully using it in everyday operations.
We illustrate how, with AR, SMEs and corporates can use their CAD data together with mobile devices to transform their current quality assurance and production processes. With a few steps, they gain from increased inspection throughput as well as a digitalized inspection plans, while reducing costs and time for quality assurance. What's more, ensuring high quality standards, companies will automatically become cleaner, save on material transportation and money by avoiding scrap and rework. What else but a "killer case" could AR be with that kind of ROI?
11:00 AM - 11:25 AM
Are you looking to pilot an XR training program? Are you ready to scale from pilot to widespread adoption? This presentation will share tools, strategies, and real-world examples to help you build an effective XR training program at your organization.
We’ll share practical, real-world stories from the biggest companies in the world and how they went from getting early buy-in to running a successful pilot to scaling up to hundreds of locations.
11:30 AM - 11:55 AM
01:25 PM - 01:50 PM
Jason McGuigan, Lenovo’s Head of Virtual Reality, will discuss how the current avalanche of AI powered services are acting as a major force multiplier for XR developers. With the launch of the Lenovo ThinkReality VRX, Jason will discuss how some of Lenovo’s software partners are adopting these technologies to enhance their products and deliver profound new experiences to their customers.
He will share examples of these tools in action and discuss how the adoption of GAI will allow smaller teams to do more, reduce the costs of development, and speed the time to market. The results of these advances will be nothing short of revolutionary as enterprise organizations will be able to solve for a greater variety of use cases in higher quality, more cost-effective VR solutions.
01:55 PM - 02:20 PM
Coming Soon!
02:25 PM - 02:50 PM
Did you know that collaboration in the metaverse can benefit greatly from haptics? Learn how realistic, multiuser touch feedback can be cost-effective and fun for teamwork in networked, immersive environments. We’ll also announce preliminary results of exciting new partnerships. Join us as we explore insights and developments which indicate an exciting 5-year path ahead for haptics-enabled training and industrial environments.