How advanced processing is revolutionizing tungsten performance

Fort Wayne Metals is advancing the performance of tungsten wire through cutting-edge processing techniques that significantly improve tensile strength, ductility, and microstructural uniformity. In this summary of our latest white paper, Ross Dillion, Lisa Powell, and Dr. Jeremy Schaffer explore how these innovations enable tungsten to meet the rising demands of aerospace, robotics, and high-stress industrial applications.…

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Optimizing medical devices: The effect of platinum on Nitinol DFT® composite wire

To meet the demands of cutting-edge medical device design, Fort Wayne Metals has engineered a unique composite wire that combines superelastic Nitinol with a radiopaque platinum core. In this technical deep dive, Senior Engineer Jenica Kolhoff and Dr. Jeremy Schaffer explore how varying platinum content affects mechanical performance, imaging visibility, and fatigue resistance. The findings reveal critical insights for device designers balancing precision placement and material behavior in minimally invasive applications.…

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The challenge of finding a Nitinol alternative

Nitinol has long been the gold standard for superelastic medical devices, but its nickel content raises biocompatibility concerns. In this blog, Fort Wayne Metals explores a breakthrough Ni-free β-Ti alloy—Ti-40Hf-13Nb-4.5Sn—that offers stable superelasticity, strong fatigue resistance, and scalable manufacturing, positioning it as a promising alternative for next-generation implants.…

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CoNiCr-Nitinol composite wires for guidewire applications

Fort Wayne Metals introduces a groundbreaking CoNiCr-Nitinol composite wire engineered for advanced guidewire applications. Combining the strength of CoNiCr with the superelasticity of Nitinol, this joint-free innovation offers enhanced torque control, kink resistance, and a seamless stiffness-to-flexibility transition—setting a new standard for precision and reliability in interventional procedures.…

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