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The CRP Group consists of six companies with different target activities: - CRP Engineering: custom projects - CRP Meccanica: high-precision CNC machining - CRP Technology: additive manufacturing, SLS WINDFORM materials sales - CRP Racing: electric motorcycles - CRP Service: customized marketing - CRP USA: additive manufacturing, for USA Experience of more than 40 years in the world of F1 alongside the major international teams, the CRP Group is distinguished by its know-how in specific application fields, from additive manufacturing to the high precision CNC machining. Among CRP milestones the eCRP electric racebike and ENERGICA electric streetbike.

Increasingly, engineering organizations are distinguishing between concept design and detailed design activities. By creating a Release-to-CAD milestone before committing to detailed design, engineers are fostering innovation, lowering product development costs, getting to market faster, and creating higher quality products. In this white paper, Chad Jackson, President of Lifecycle Insights investigates Release-to-CAD and the technological and cultural shifts that enable it.

When working with expensive airframe assemblies a lot of time is spent avoiding errors. The cost of drilling or fastening mistakes is very high -- an incorrectly placed hole or fastener can be disastrous, and a machine collision can take production offline for days or even weeks. Learn how machine independent off-line programming software can be used to avoid drilling or fastening mistakes by visualizing and simulating NC program code. Also learn how the flow of information from a CAD assembly to programming and simulation software produces optimum processes.

3M improves its Design Process and Gains Manufacturing Confidence with Objet 3D Printing. 3M was facing a rapid increase in design projects. This required a more systematic and streamlined approach to the design, review and verification of new products, prior to molding and manufacturing. Therefore, instead of outsourcing their projects they decided to bring 3D printing in house.

Product engineering organizations face the incredible challenge of ever shrinking market windows for innovation. These opportunities if missed, can lead to huge costs and overwhelming complexity, compromising quality leading to very expensive recalls. This paper examines the challenges associated with connecting models and simulations to the greater development lifecycle and how the solution offered by combining Integrity, a PTC product, with modeling environments and integrating model driven development with engineering processes allows organizations to increase the quality of their products while reducing the amount of time and effort needed to deliver those products.

The capabilities of system integration technologies impact electronics platform complexity, software design methodology, application design, system integration, reuse, upgrades, obsolescence management and certification for time-, mission-, and safety-critical applications. The right system integration infrastructure with deterministic high-bandwidth Ethernet enables design of less complex software-centric systems at lower lifecycle cost. New Quality Of Service (QoS) enhancements and protocol standards such as TTEthernet (SAE AS6802), guarantee strictly deterministic computing and networking performance and satisfy requirements of backplane and backbone applications in aerospace, defense, automotive, energy production and industrial systems.

Learn how multibody dynamics simulation with Adams enables engineers to develop better products in less time. Inside you will find a white paper outlining the many benefits and use cases for of Adams multibody dynamics simulation software. Also included are case studies of real world Adams successes from the truck, robotics and automotive industries. And, recent Adams webinars (with product demonstrations) can be viewed on-demand. Topics include: better loads for improved FEA, enhanced controls system development and recent advancements in tire and road modeling.

Texas Instruments offers a wide range of qualification options for industrial customers hose application must work in harsh environments. TI’s Enhanced Products are qualified over extended temperatures and come with an assurance that TI, not a third party, is manufacturing the product to datasheet specifications. Qualification and reliability reports are available online for every Enhanced Product. Additional packaging options can support higher temperatures with new mold compound materials and special materials sets optimized for extreme temperatures. Bare die and Known Good Die are also available for integrating multiple functions in applications with severe space limitations.

AS9100:2009 Revision C (AS9100C) is a specific international standard for the increasingly competitive aerospace industry. These standards were developed by the IAQG to produce a harmonized platform to ensure that all operations in the supply chain are adhering to best practices. This AS9100C white paper will focus on the following critical areas relevant to the standard: • Revision C & The New Changes: Review the background associated with the changes, as well as an outline of the most significant additions, deletions and revisions to the standard. • Informational Overview of AS9100: For organizations new to the standard, this section will outline what the standard entails and how it might affect your business. • Five Key Areas of Focus in the Aerospace Industry: these five areas are continually where the IAQG and OEMs focus.