3Din30:  How Its Made – The Evolution of Tooling @velo3d
3Din30:  How Its Made – The Evolution of Tooling  @velo3d
Uploaded June 2023 | Updated September 2026, 1 hour ago
00:00 - Introduction
03:53 - Comparing Additive and Conventional Manufacturing in Automotive Industry
09:21 - What Makes AM-Enabled Die Casting Work?
12:07 - A Step-By-Step Guide: How Aluminum Die Casting Works
15:36 - Using Additive Manufacturing to Increase Quality of Cast Parts
17:11 - Limitations of Additive Manufacturing in Tooling
20:06 - Improving Conformal Cooling Channel Geometry with Velo3D
21:53 - The Failure Mode of Die Casting Tools and the Benefits of Additive Manufacturing
25:54 - The Benefits of Using Velo3D's Sapphire XC Powder Bed Fusion Printer.
30:28 - GM's Strategy in 3D Printing and Material Selection for Supply Chain
3Din30:  How Its Made – The Evolution of ToolingVelo3D Featured Material - Hastelloy® XVelo3Ds Advanced Manufacturing Solution3Din30 Exploring Velo3D’s Cutting Edge, Non-Contact Recoater Blade TechnologyHow Advanced Metal AM Can Provide the Space Industry with a Galaxy of InnovationFrom CAD to Metal Part - The Velo3D Fully Integrated ProcessThe Dynamic Business Case and the Vital Role of AM Process EconomicsVeloVirtual: How a New Quad Injector Helped Propulsion InnovationWhat Velo3D Means to UsAvios Blueprint for Success How Metal 3D Printing is Revolutionizing Aerospace ManufacturingVelo3D Impellers - A Timeline of Validation Through InnovationFrom Art to Science - Fool Proofing Your Metal AM Process - Featuring PanOptimization
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3Din30: How Its Made – The Evolution of Tooling

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