This component started as Nitronic 60 and was precision-machined into a high-performance hydraulic manifold built for demanding applications where strength, machinability, and reliability matter. Nitronic 60 is known for its excellent strength-to-weight ratio and clean machinability, making it an ideal choice for complex hydraulic manifolds that require tight tolerances, intricate porting, and consistent surface finishes. What went into this part: • Precision CNC milling for complex internal passages • Tight tolerance control for hydraulic performance • Material selection focused on durability and efficiency • Machining strategies optimized for repeatability and flow integrity This is a great example of how material knowledge + machining expertise come together to turn raw stock into a critical system component. When the application demands reliability under pressure, every detail matters—from alloy choice to final inspection. At HM Manufacturing, this is the kind of work we do every day: turning challenging materials into mission-ready components.
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There are drilled and counterbored holes for bolts and another 8 drilled and tapped holes for mounting along with a customized arc. To produce this piece we utilized our CNC milling, CNC turning and grinding capabilities. For all projects, simple or intricate, HM manufacturing will develop a solution to your specifications. HM manufactured a custom idler designed for the Automotive industry made from 4340 steel.10/15/2019 HM manufactured an aluminum 7075 custom carrier prototype, designed specifically for the aerospace and defense industry; using our 5-axis mill and turning for pocketing and removing of material. At HM, we can produce one piece up to 3000 pieces for your projects. Our capabilities include 5-axis milling, turning, OD/ID grinding, hobbing, broaching and assembly. |
AuthorPresident & CEO at HM Manufacturing, Inc. Board of Directors at National Association of Manufacturers (NAM), Chair at Technology & Manufacturing Association (TMA), Board of Directors at mHUB, Click to visit LinkedIn Archives
June 2026
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