Tortuous anatomy presents a persistent challenge in catheter design, demanding advanced solutions for steerability, torque response, and deflection control. This tech brief brings together the knowledge from engineering experts in laser-cut hypotube technology, reinforced braided shafts, and integrated pull-wire mechanisms to share insights into the mechanical design and system integration of steerable catheters. Readers will gain a deeper understanding of the material, structural, and manufacturing decisions that impact catheter performance in complex anatomies.
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What’s included:
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Practical DFM strategies to accelerate design cycles
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Pull ring vs. custom laser-cut hypotube design trade-offs
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Techniques for variable stiffness, kink resistance, and pushability
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Real-world examples of problem-solving in catheter navigation
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When to hybridize components to meet cost and performance goals
