Manufacturing & Prototyping

3D Printing of Aerospace Parts: A Real Solution with Real Benefits

Innovation in aerospace is accelerating, advancing frontiers at the component and product levels in manufacturing operations, rethinking supply chains and, in some cases, at the business model level. Parts can now be created with complex geometries and shapes that, in many cases, are impossible to create without 3D printing. Low aerospace volumes make 3D printing an attractive, lower-cost alternative to replace conventional CNC machining and other tooling processes for smaller-scale parts and finished assemblies. Aerospace innovators are embracing 3D printing beyond prototyping, and are aggressively pursuing new applications for the technology. This white paper describes how the aerospace industry can reap the many benefits of 3D printing to reduce expenses associated with time, waste, and productivity.

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Sphere Versus 45°/0° Versus Multi-angle: A Discussion Of Industrial Use Cases

With over 150 years of combined experience, the leader in the color management business, X-Rite Pantone will help you define, specify, measure and manage accurate color across the entire color supply chain. Right the first time, right every time.

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SWaP-C and Why Your Component Partner Matters

Is SWaP-C important to your project? Then working with the right contract manufacturer is critical to your success. From knowing the unique requirements of military requirements to having the capabilities to maximize component functionality, the right partner for your project can help you decrease the size, weight, power and cost of your electronics. Discover how to select the right partner and what questions to ask in our white paper, “SWaP-C and Why Your Component Partner Matters.” Download it now and learn techniques for ensuring that your next project is a successful one.

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3D Printing: Changing the Economics of Manufacturing Custom Components

With traditional manufacturing technologies, the design and production of custom parts and products can be expensive and time-consuming. That’s because the economics of mass production require a large volume of finished goods over which to amortize the significant costs of prototypes, tooling, setup, assembly, materials, and finishing. Custom products, however, are manufactured in small lots, and for them, a different approach is required. One advanced technology that manufacturers are embracing for its ability to produce custom products quickly and profitably is additive manufacturing, or 3D printing. In this paper, Stratasys presents some of the ways in which 3D printing is enabling manufacturers to create custom products better, faster, and less expensively.

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Robust USP Class VI Silicone Alternative Reduces Time To Market For Medical Devices

Combining decades of field-proven life science experience, LEMO and Northwire’s collaborative white paper highlights the professional expertise and continual innovation necessary to design and manufacture end-to-end (E2E) connector and cable assembly solutions that meet the rapidly evolving demands of the medical market.

Posted in: White Papers, White Papers, Coatings & Adhesives

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White Paper: Alternative Linear Motion Solution

Learn how Nexen’s Roller Pinion System (RPS) delivers a revolutionary alternative to today’s linear motion solutions – with unlimited run length, superior positional accuracy, zero backlash and more.

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Virtual Prototyping: Visualizing the Next Generation of Products

The Department of Defense defines a virtual prototype as “A computer-based simulation of a system or subsystem with a degree of functional realism comparable to a physical prototype.” A virtual prototype is built from CAD drawings of separate assemblies that are gradually placed into the whole. Since the drawings of each subassembly are detailed and accurate, you can accurately assess their form (overall shape), fit (ease of as- sembly), and function (making sure it performs as specified). In addition to these traditional three Fs, the virtual prototype can be used for motion studies and studying interactions be- tween the machine and the humans who will use it. Once the design is complete, you can use the digital model to see whether parts interfere as you move them through their com- plete range of motion. In the past, design and analysis have been separate tasks, performed by different teams. With virtual prototyping, these functions are completely entwined.

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White Papers

The Sun’s Surface in Stunning Detail
Sponsored by mikrotron
X-Ray Imaging: Emerging Digital Technology - CMOS Detectors
Sponsored by Teledyne DALSA
The Self-Driving Car
Sponsored by HP
Sterilization of Medical Equipment
Sponsored by master bond
High-Speed A/Ds for Real-Time Systems
Sponsored by Pentek
Internet of Things
Sponsored by HP

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