Additive Manufacturing (AM)
AM showcases the latest technology and industry developments with in-depth case studies, resources, interviews with experts and events.
Digital engineering technologies are transforming classical engineering tasks such as design, analysis, and fabrication for space-flight structures. Leveraging Artificial Intelligence (AI) and cloud computing, generative design enables a paradigm shift […]
Additive manufacturing is built at the atomic scale, melting elements together to create stronger, lighter, more complex materials. Until now, understanding the chemistry at the micron level has been inaccessible, and mapping these variations is next to impossible. Deploying a mass spectrometer on the manufacturing floor takes powder assessment beyond R&D. The ability to analyze […]
In today’s competitive environment, small process improvements in product development processes can improve productivity and drive innovation. Whether a small startup or a multi-national, process optimization can often yield long term benefits in efficiency, time to market and profitability. So, how do you begin to review your current tools, workflows and data management capabilities? Tune […]
Most traditional manufacturing processes like injection molding, thermoforming, stretch blow molding, or casting require custom tooling to create end-use parts. However, tooling comes with high upfront costs and weeks or months-long lead times from service providers, significantly slowing down product development. Incorporating in-house rapid tooling such as 3D printed molds, patterns, and dies into the […]
Astoria Pacific ran into a critical supply chain issue for its neonatal fluorometer enclosure when their sheet metal supplier went out of business. Hear how they turned to AM to design, iterate, and produce the parts within 2 weeks.
3D printing is enabling innovations in manufacturing and product delivery as well as device design and functions. As part of their commitment to assuring patients and providers have access to safe, effective, and quality medical devices, the U.S. Food and Drug Administration Center for Devices and Radiological Health (CDRH) released a discussion paper on 3D […]
Companies in many industries have taken advantage of the design freedom enabled by additive manufacturing to transform their manufacturing processes, prototyping, and final parts production. Take your design engineering to the next level through lattice structures and texture design. Geometrically complex lattice structures can enable stiff, lightweight parts or energy absorbing components; while unique, integrated […]
In this webinar, Juliette Combe, Application Engineer at Formlabs, will walk you through common use cases for 3D printed manufacturing aids, with a specific focus on jigs and fixtures.
Take a look behind the curtain at how OVR Technology used HP Multi Jet Fusion technology to reduce development time on its R&D product roadmap
Additive manufacturing is changing global manufacturing. Most recognized for its rapid prototyping and tooling capabilities, 3D printing evolved to become an integral part of manufacturing end-use parts for some of the world’s largest industries, including aerospace.
Join the world’s largest medical device companies for a conversation on medical challenges and the emerging solutions found through micro 3D printing. See how they’re using ultra-precision 3D printers for microscale medical devices and components, how it’s changed the way they design, and how they’re leveraging custom 3D printing solutions to produce parts on-demand. Hear […]
Additive manufacturing is quickly becoming a critical component in the automotive supply chain. Join us as we demystify the use of additive manufacturing for all phases of the product life cycle. The team will highlight examples of how additive manufacturing encourages creative designs, resulting in cost-effective and high-performance serial production solutions. Register for Free
