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The underwater sonar industry is rapidly evolving, driven by growing demands for higher resolution and precise control in deep-sea exploration. A key challenge in this field is optimizing towed sonar systems for stability and image clarity — factors that are critical for accurate underwater mapping. Traditional manufacturing methods limit the ability to customize sonar system designs for specific underwater environments, leading to inconsistent imaging results.
Join Tyler Johnson, mechanical engineer lead at Klein Marine Systems, as he shares how their partnership with Endeavor 3D is overcoming these design constraints. Learn how they’re using Multi Jet Fusion 3D printing, paired with durable materials like nylon PA 12 and stainless steel 316L, to create lighter, stronger sonar systems built to withstand harsh underwater conditions.
Register now to explore Klein Marine Systems’ journey to producing high-quality underwater towed sonar systems with additive manufacturing.
Agenda:
- Explore the unique and growing underwater sonar system landscape
- Learn how Klein Marine Systems leveraged the design capabilities of additive manufacturing and mechanical properties of 3D printing materials to enhance sonar image clarity
- Understand Klein Marine Systems’ diverse use of sonar systems across military, shipwreck salvage, search and rescue and offshore renewable market operations
