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Barriers for innovation in the automotive industry are growing smaller, accelerating competitive pressure. This makes additive applications for automotive a business-critical activity. Identifying the right 3D printing technologies for the right applications, and transitioning in the right way is an important first step.
This webinar series, with helpful insights from our application experts, shows you how additive manufacturing (AM) becomes a pillar in your automotive development and production processes. Our consultative approach to engineering and additive manufacturing technology can give you the competitive advantage you need to meet the challenges of nonstop innovation. Join our team throughout this series to discover how you can increase manufacturing productivity, lower costs, and develop new designs that optimize performance and create unique experiences for your customers on demand.
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Optimize Flexible Component Retention Earlier
This webinar demonstrates how advanced additive manufacturing, software, and new materials can optimize the design, testing, and production of complex retention components for constrained vehicle environments, accelerating validation and reducing costs by enabling direct 3D printing.
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Dramatically Increase Productivity of Your Automotive Injection Molding
This webinar explores new methodologies, including advanced 3D printing and software solutions, that enable high-productivity conformal cooling for complex injection molds, reducing cycle times, improving cooling efficiency, and increasing overall productivity while ensuring quality.
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Add More Capacity to Your Jigs and Fixtures
This webinar demonstrates how 3D printing large, stable jigs and fixtures using new, dedicated materials can enhance automotive assembly operations, reduce tooling costs, and overcome production bottlenecks for improved efficiency and accuracy.
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Deliver Design Intent Interior Experience Earlier
3D Systems' additive manufacturing technology accelerates the design and testing of interior cabin components, reducing process time from days to hours, while improving quality and cutting costs by enabling direct validation, printing Class A surfaces, and testing functional aesthetics quickly.