3D Scan to 3D Print: Building Digital Workflows for Rapid Reverse Engineering

Scan-to-print workflows can be the fastest way to quickly produce parts that reference real-world components. In this webinar, learn how to start using 3D scanning and 3D printing to improve part design and production. Walk away with tools and tips for generating replacement parts, machine upgrades, and entirely new aftermarket products.
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OTHER ON-DEMAND WEBINARS

ON Industries - Building & Construction

The inefficiencies of the various phases of building and construction - from procurement to design - are astounding and make the industry ripe for disruption. What does the future hold for this industry and how will its supply chain be impacted?
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Fostering Mad Scientists: How Construction Can Create a Culture of Innovation

PlanGrid

A mad scientist is someone willing to disrupt the status quo and experiment in hopes of breaking down inefficiencies. In this on-demand webinar, a panel of experts challenge construction teams to embrace mad scientists and provide a blueprint for cultivating innovative thinkers who can adopt technology, develop improved solutions, and think outside of the box to solve their organization’s most pressing problems.
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Powering Preconstruction and Prefabrication workflows with BIM and Assemble

Design-build and design-assist projects require immense attention to details as the design progresses from various stages of design development to 100% CD. Join us for a live webinar, where we talk to John Reinhardt, Director of Virtual Design and Construction and Ryan Wagner, Self-Perform Project Manager at Flint Builders to understand how they approach such projects with ease. Learn how the team at Flint Builders leverages leading technologies including BIM and Assemble for model checking and identifying changes between design iterations to quickly track impact on cost and procurement.
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Model-Based Engineering - A Design and Test Perspective

The aerospace and defense industry is racing to develop new systems and capabilities. A key to achieving faster, lower cost development is a Model-based Systems Engineering (MBSE) approach, integrating data through models and predicting performance through ‘digital twin’ architectures. In this session we will discuss how Keysight’s PathWave System Design software connects to and enables your MBSE flow. It also covers how critical it is to link simulation and measurements to achieve these goals. Key Learnings: Model-based engineering approaches to correlating simulation and measurement System design and analysis using measured data as models Advanced RF system lineup analysis using PathWave System Design
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