In medical device manufacturing, shaping a catheter's distal tip directly impacts patient safety and procedural success. Thermoforming these distal ends into specialized geometries makes selecting end-forming hardware a major operational decision.
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High scrap rates, inconsistent flash, and extended validation bottlenecks in medical device manufacturing frequently stem from a mismatch between extrusion material behavior and tipping equipment capabilities. Procuring hardware is straightforward.
READ MOREDistal 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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