• About NFPA 70B
• Why NFPA 70B matters
• The role of an effective electrical maintenance program
• How effective condition-based maintenance programs can help save costs and keep your people and your installations safe
• Examples and best practices
• NFPA 70B as a pillar of your sustainability commitments

Your download is sponsored by Schneider Electric.

The post The NFPA 70B Standard Just Got Overhauled appeared first on Engineering.com.

As 3D printing advances, aerospace manufacturers have become increasingly reliant on the technology for disparate production processes. In large-part production, for example, aerospace manufacturers can now print complex parts using simple designs that begin with minimal components, reducing the risk of part failure.

While 3D printing with plastic filaments offers a reliable method for small-part production, it represents a considerable cost for large-part production. As a result, major companies in industries ranging from aerospace and automotive to foundry and healthcare have adopted pellet extrusion 3D printing technology, which offers lower total cost for both ownership and part production.

Production-grade 3D printers with industrial control systems minimize machine downtime, speed up production, and reduce costs, but choosing the right solution can be daunting. The following guide presents 10 factors to consider when choosing the right solution for large-format part production.

Your download is sponsored by 3D Systems.

The post Top 10 Critical Points for Purchasing Large-Part 3D Printers for Aerospace appeared first on Engineering.com.

When metal 3D printing first rose in prominence it didn’t show enough value for most businesses to invest in the technology, but that has changed with recent innovations in additive technologies. Today, metal 3D printing is proving to be accessible, scalable, and robust. This guide will give you insights and break down the benefits of metal 3D printing. This guide will help you to get started on your metal additive manufacturing journey.

Read this Metal 3D Printing Fundamentals guide to learn:

• The different types of processes and how they work
• The benefits, considerations, and differentiators among metal 3D printing technologies
• The current and long term views of metal 3D printing

Your download is sponsored by Markforged.

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An industrial additive manufacturing (AM) system has the ability to change your entire approach to production and open up new application possibilities for your business. However, for first-time buyers, it’s important to remember that setting your organization up for successful adoption of AM begins long before you invest in your first machine.

Topics within the eGuide:

• Understanding the AM process
• How to create specialized teams for your AM goals
• Business problems AM can solve for you
• The commitments of an AM project
• How to build upon your initial 3D printing success

Your download is sponsored by EOS.

The post Get Started with Additive Manufacturing: A Beginner’s Guide to AM Success appeared first on Engineering.com.

• Supply essential solutions and materials tailored to your needs
• Accelerate production times to enhance efficiency
• Cut manufacturing costs to boost your bottom line
• Expedite your product’s journey to market, giving you a competitive edge

Outsourcing your 3D printing projects, regardless of their size, to a trusted partner allows you to mitigate risks and avoid the significant investment of purchasing and learning new technology. By leveraging their expertise and infrastructure, you can seamlessly handle your projects and ensure consistent quality and reliability. Still, how do you go about finding the right partner? What should you look for?

For more detailed guidance on choosing the right 3D printing provider, check out our comprehensive checklist. It’s designed to help you make an informed decision and find the perfect partner to drive innovation and growth to your business.

Your download is sponsored by A3D Manufacturing.

The post Discover the Perfect 3D Printing Partner appeared first on Engineering.com.

Learn more in this guide.

Your downloaad is sponsored by EOS.

The post How to Move from Prototype to Production: Elevate Your Additive Manufacturing Opportunities appeared first on Engineering.com.

This simple, quick guide not only underscores the critical importance of prioritizing security but also advocates for a proactive “security-first” approach throughout the manufacturing process of connected devices. It emphasizes the principle of security by design, urging manufacturers to integrate robust security measures from the outset rather than treating it as an afterthought. Through this proactive stance, devices can better withstand the evolving threat landscape, ensuring the integrity and reliability of IoT ecosystems for both businesses and consumers alike.

Your download is sponsored by DigiCert.

The post The 7 Habits of Highly Trustworthy Medical Devices appeared first on Engineering.com.

Crafting a comprehensive and strategic code signing policy involves addressing various challenges, particularly in engaging busy developers who are accustomed to operating under tight deadlines. Convincing them to adhere to security measures can sometimes be met with resistance, as their primary focus tends to be on delivering results quickly rather than prioritizing security protocols.

This guide aims to provide a roadmap for organizations looking to implement effective code signing policies, drawing upon insights from DevOps experts and seasoned security professionals. By leveraging a combination of software tools, streamlined processes, and well-defined policies, organizations can establish robust security practices that span the entire software development lifecycle.

This guide, based on insights from DevOps experts and security professionals, provides a strategic approach combining software, process, and policy to ensure end-to-end security in signing practices. Learn today how you can prepare your teams and establish a strong security culture.

Your download is sponsored by DigiCert.

The post A Guide to an Effective Code and Software Signing Policy appeared first on Engineering.com.

It’s inevitable, however, that when a technology has this much hype, product designers, investors, and economic prognosticators alike get a little carried away in their excitement. While this is understandable, it’s not all that helpful for businesses and individuals looking to determine what this tech means for them, in the real world.

In this eGuide, we’ll provide a levelheaded, easy-to-understand overview of generative AI technology – what it is, where it came from, how it works, and what it can (and can’t) do. We’ll go over the considerations and responsibilities of any enterprise implementing generative AI, including how to access it, the risks and costs involved, and critically, the tasks at which generative AI excels. We’ll compare generative AI’s strongest use cases to problems that are still better suited to other kinds of machine learning algorithms and outline why it’s important to pick the right tool for the job. Finally, we’ll break down niche use cases industry by industry, highlighting opportunities in each field.

Your download is sponsored by Altair Engineering.

The post A Human’s Guide to Generative AI appeared first on Engineering.com.

Thus far, the FDR process has been qualified for use with PA 1101 polymer. This Polyamide 11 (PA 11) material, commonly known as nylon, is processed in layer thicknesses of 40 μm. It‘s a sustainable material that is made entirely from renewable castor beans. Also, it is both chemically and mechanically heat-resistant, making it ideal for highly technical applications thanks to its durability.

Download this guide to learn more.

Your download is sponsored by EOS.

The post Design for Additive Manufacturing with FDR appeared first on Engineering.com.