Defect Detection: How Easy It Has Become to Use Powerful AI Techniques to Automate Inspection

Defect Detection: How Easy It Has Become to Use Powerful AI Techniques to Automate Inspection
Detecting defects on products before they go to the next process or before they are released to customers has always been important.  Expensive, labor-intensive human visual inspection has been the standard method for many years, with automated vision inspection often requiring a large investment to develop a custom machine vision solution.  Powerful object recognition techniques are now being applied to applications ranging from automated driving to defect detection.  Some of the most recent advancements have made it possible for anyone who can see and identify defects on their parts to create and deploy a world-class AI defect detection solution without any knowledge of AI or computer programming.
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Agility in Manufacturing, Shorten your lead times and reduce inventory

AVEVA

Manufacturers are challenged by the need for agility, transparency and operational efficiency - the ongoing digital transformation of manufacturing operations helps to improve productivity and effectiveness through easier access to information, higher levels of automation and starts changing the way work is done in the manufacturing plant. This transformation establishes a digital twin of the manufacturing plant which offers a platform to further optimize execution of demand which allows manufacturers to shorten their lead times, reduce inventory and improve supply chain performance.
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BIM for Manufacturers

Autodesk

Creating and providing BIM objects of your products significantly improves your chances of getting spec’d into a project. To deliver BIM content that satisfies contractors, building product manufacturers need to automate product configuration, simplify LODs, and author and export BIM objects from engineering models.
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Injection Molding: 3D-Printed Molds vs. Metal Tooling

Protolabs

In this webinar, we’ll explore how 3D-printed molds compare to more traditional tooling options like steel and aluminum. To help you determine which mold-making technology will be best for your next project, we’ll evaluate each of these tooling options on quality, cost, and speed of production.
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How to Reduce Sheet Metal Design Risks and Production Costs

Protolabs

You're bound to encounter a few twists and turns when designing parts for sheet metal fabrication. In this webinar, we’ll show you which part features increase production risks and how to reduce that risk through design iteration. We’ll also cover post-production operations, sheet metal material properties, and options, and tips to reduce development time and production cost.
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