Webinars

_Desktop Metal™
[Resources]

    • How to Earn Additive Manufacturing Qualification in the Energy Industry

      How to Earn Additive Manufacturing Qualification in the Energy Industry

      Are you interested in learning about the certification process for additive-manufactured metallic parts used in energy, oil & gas, and maritime applications? In this webinar we explore the DNV-ST-B203 standard and the prestigious AM manufacturer certificate received by Aidro for the binder jetting technology developed by Desktop Metal.  AM, also known as 3D printing, is revolutionizing the way components and parts are produced across various industries, and the energy sector holds great potential for usage. To fully unlock the potential of AM in the energy industry, stringent qualification processes are necessary to guarantee the safety and reliability of critical components.

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    • Breaking Down AM Binder Selection for Various Applications

      Breaking Down AM Binder Selection for Various Applications

      Binder plays a critical role in additive manufacturing— but not all binders are created equal! Environmental regulation, material compatibility, post-print strength, and end part purity are just a handful of considerations when optimizing processes for your application. In this webinar, Eric Rhodes, Materials Engineer, will discuss Desktop Metal’s portfolio of binders for metal and ceramic powders, why they are critical to binder jetting technology, and how they differentiate within the additive manufacturing industry.

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    • Cost-Effective Metal Part Production: Metal 3D Printing Cost Comparison

      Cost-Effective Metal Part Production: Metal 3D Printing Cost Comparison

      Metal 3D printing is no longer a novel technology, yet how it compares to traditional manufacturing processes—especially on cost—can still be an ambiguous equation. It has a reputation for being expensive, but it that a true apples-to-apples comparison? And how does the equation change if metal 3D printing is being evaluated as a complementary (instead of competitive) method? During this webinar, FreeFORM Technologies and Desktop Metal will explore how metal 3D printing compares to traditional manufacturing methods through a detailed comparison of metal injection molding and metal binder jetting.

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    • Easy-Adopt Metal 3D Printing: Which technology is right for you?

      Easy-Adopt Metal 3D Printing: Which technology is right for you?

      Metal 3D printing can be transformational - unlocking new design freedoms for part innovation with fast iterations and enabling tooling-free production of spare parts or custom fixtures. When getting started with the technology, it’s important to understand the different technologies available to make sure your investment fits your production workflow and your company gets the best ROI.

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    • Figur G15 Digital Sheet Forming Technology is Revolutionizing Sheet Metal Forming

      How Figur G15 Digital Sheet Forming Technology is Revolutionizing Sheet Metal Forming

      During this webinar you will gain a comprehensive understanding of how this digital process works without a stamping press or custom tools, molds, and dies. Learn how the Figur G15 shapes standard sheet metal on-demand, directly from a digital design file. Explore example forms and learn about more applications that will benefit from this technology making sheet metal forming affordable, even at low volumes

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    • Metal 3D Printing Success Stories

      Metal 3D Printing for Machine Shops: Success Stories from the Field

      Binder jet metal 3D printing has become more widely adopted by machine shops across the globe. This technology provides many benefits to shop owners and operators, including increased productivity, faster lead times, affordable per-part costs and reduced time/labor. Binder jetting has become a key technology to bring metal additive manufacturing to mass production. Desktop Metal's Shop System is designed to bring metal 3D printing to machine shops.

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    • Printing Knowledge: How 3D printing can enhance academic and research offerings

      Printing Knowledge: How 3D printing can enhance academic and research offerings

      3D printing is revolutionizing industries by enabling the creation of complex parts with intricate geometries that were once impossible to produce using traditional methods. Academic institutions are investing in additive manufacturing technology to stay ahead of this shift in manufacturing and allow students to gain hands-on experience producing the parts they design. Having a 3D printer on campus also attracts researchers with the opportunity to push the boundaries of the technology for advanced industry applications.

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    • Streamlining Metal 3D Printing Workflows with Innovative Software Solutions

      Streamlining Metal 3D Printing Workflows with Innovative Software Solutions

      Watch this webinar to learn from Desktop Metal's leading software experts. They will discuss the benefits of software programs that seamlessly manage the entire metal 3D printing workflow. We’ll introduce the latest Live Suite innovations and explore the importance of features from multi-factor authentication and user roles for secure enterprise operation as well as build file preparation for ensuring success even for entry level users.

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    • Metal Binder Jetting - How Does it Work?

      Metal Binder Jetting - How Does it Work?

      Binder jetting is an AM process that uses industrial printhead to selectively deposit a liquid binding agent onto a thin layer of powder particles — either metal, sand, ceramics or composites — to build high-value and one-of-a-kind parts and tooling. It is a rising star in AM, thanks to its speed and accuracy, though also its potential for high volume production. In the case of metal 3D printing, it is considered to be a good choice for scaling up additive manufacturing thanks to its cost-effectiveness compared to many other metal methods.

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