Fort Wayne Metals - Technical Blog

Medical device conductors often need to perform multiple functions within a single assembly. One section may need to transmit electrical signals, another must move smoothly through a lumen, and another may require direct contact with tissue. Advanced coating technologies help meet these competing demands by providing electrical insulation, reducing friction, improving durability, or combining several benefits in the same device. Materials such as ETFE, PFA, FEP, PTFE, and polyimide each offer unique performance characteristics that allow engineers to balance dielectric strength, flexibility, lubricity, abrasion resistance, and size constraints based on application requirements. [2026-232_F...s_v3.0 (1) | PDF]…

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The increasing demand for Fort Wayne Metals products throughout the United States in the 1990s made it clear that we needed to expand operations across the Atlantic. At that time, Europe was (and still is) one of the fastest-growing hubs for medical device innovation, and our customers were already there, building, scaling, and expecting partners who could keep up. …

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Can two high-performance alloys that meet the same ASTM standards perform differently? The answer is a resounding “Yes!” Read further to see a firsthand comparison between two of our signature high-performance alloys. …

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Flat wire gives engineers another way to balance strength, flexibility, profile, and precision in demanding applications. We work closely with customers to develop flat wire solutions tailored to their exact performance needs across medical markets.…

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Solving complex material and construction challenges is what drives us. From concept to commercialization or anywhere in between, it’s critical to have a supply partner to help you select the right materials in the right form with optimal mechanical properties to meet your device requirements. …

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Recent advances in melting technology, particularly the addition of plasma arc melting (PAM) alongside traditional vacuum arc remelting (VAR), are producing a new generation of Nitinol.…

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{"markup":"When joined with our advanced wire processing and Laser ablation, Fort Wayne Metals delivers greater process control, quality oversight, and consistency from development through production.…

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Precision matters most when devices must navigate complex anatomy and deploy reliably at the target site. Our wire based materials and components deliver strength, torqueability, pushability, elasticity, kink resistance, and fatigue life, without compromising size. …

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As medical devices get smaller and more sophisticated, it’s advantageous that the materials inside them do more than ever before. DFT® wire is a dynamic composite wire construction with multiple capabilities that help power implantable neurovascular and cardiac rhythm management devices.…

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Sometimes, standard profile wire isn’t the right fit for your application. That’s when a wire with a unique cross-sectional geometry may be the material solution to your design problem. In these situations, shape accuracy, consistency, and tolerances often matter more than mechanical performance. …

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