Dyndrite announces 2025 ‘You Control the Laser’ tour

EventsNewsSoftware
February 3, 2025

February 3, 2025

Dyndrite’s LPBF Pro software will on show during the company’s You Control the Laser tour (Courtesy Dyndrite)
Dyndrite’s LPBF Pro software will on show during the company’s You Control the Laser tour (Courtesy Dyndrite)

Dyndrite Corporation, based in Seattle, Washington, USA, has announced that it will showcase its Additive Manufacturing software during the company’s 2025 You Control the Laser tour. The tour will visit several cities and countries over the year and offer attendees hands-on experience with the company’s software.

“In-person, hands-on engagements are essential for showcasing the transformative capabilities of Dyndrite’s software tools and their impact on advancing Additive Manufacturing into a reliable, efficient, and repeatable process,” said Shawn Hopwood, Chief Marketing Officer and Head of Developer Relations at Dyndrite. “By working directly with customers in the field, we address real-world challenges through focused, interactive education that highlights our revolutionary approach to AM software. These workshops will educate [Laser Beam Powder Bed Fusion] professionals on how to unlock groundbreaking part printing capabilities, boost workflow and machine productivity, and achieve repeatable, high-quality 3D metal printing results.”

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The tour will visit the following cities:

  • Tokyo, Japan
  • USA
    • Tampa, Florida
    • Chicago, Ilinois
    • Colorado Springs, Colorado
    • Long Beach, California
    • Pflugerville, Texas
    • Detroit, Michigan
    • Las Vegas, Nevada
  • Frankfurt, Germany

“With our ‘You Control the Laser’ world tour, we’re bringing Dyndrite’s best-in-class [PBF-LB] software to key manufacturing hubs, and educating professionals on its unique materials development and production capabilities,” said Steve Walton, Head of Product at Dyndrite. “At the same time, we’re excited to introduce customers to our expanding team of Dyndrite experts.

The sessions will discuss case studies from material providers, OEMs, end-users, and international standards organisations; Dyndrite aims to provide attendees with comprehensive knowledge about PBF-LB Additive Manufacturing workflows. Attendees will learn how to create low-angle, supportless builds and utilise Dyndrite software to develop their own intellectual property.

The You Control the Laser Tour is intended particularly for Additive Manufacturing professionals in highly regulated industries (e.g. defence, space, aerospace and energy). Dyndrite also encourages attendance from partners Aconity3D, Additive Industries, EOS, Nikon SLM Solutions, Renishaw, and Xact Metal should also attend.

“Over the past year, we’ve worked hand-in-hand with our early adopters to seamlessly integrate Dyndrite into their workflows, significantly enhancing the value of their Additive Manufacturing operations while driving continuous improvements to our product,” said Harshil Goel, CEO of Dyndrite. “These collaborations have delivered outstanding results, and we’re eager to share our progress with others pushing the boundaries of Additive Manufacturing. I’m a firm believer in a hands-on, customer-focused approach, and I look forward to learning from and collaborating with our new users.”

www.dyndrite.com

EventsNewsSoftware
February 3, 2025

In the latest issue of Metal AM magazine

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Extensive AM industry news coverage, as well as the following exclusive deep-dive articles:

  • Aluminium Additive Manufacturing: How a new generation of alloys will fuel industry growth
  • Shaping a national Additive Manufacturing ecosystem: The strategic growth of metal AM in Türkiye
  • How metal Additive Manufacturing is transforming modern hydraulic systems
  • High-performance product development in the era of computational design: a case study with nTop and NASA
  • The Additive Manufacturing of record-breaking pure copper heatsinks for high-performance computing applications
  • The Additive Manufacturing of tool steels: how non-linear modelling enables precise hardness control

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