Distal tip geometry dictates clinical success in endovascular procedures. Precision, smoothness, and concentricity govern trackability and insertion force. A poorly formed tip increases vessel trauma during navigation, elevating patient risk.
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Scaling the production of 5Fr and 6Fr introducer sheaths exposes a specific manufacturing bottleneck. You must maintain atraumatic distal end geometry and strict dimensional tolerances at high volumes.
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Medical device manufacturing faces constant tension between scaling production volumes and maintaining strict, repeatable dimensional tolerances. Thermoplastic end-forming requires absolute precision.
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