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1 SSE Clinical data on file. Boston Scientific Corporation. 2 Otomo K, Yamanashi WS, Tondo C, et al. Why a large tip electrode makes a deeper radiofrequency lesion: effects of increase in electrode cooling and electrode-tissue interface area. J Cardiovasc Electrophysiol. 1998;9:47-54. BLAZER™ II XP Temperature Ablation Catheter| Boston ...
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When using the Blazer II Catheter/Blazer II HTD Catheters: The Boston Scientific Cardiac Ablation System is indicated for creating endocardial lesions during cardiac ablation procedures to treat arrhythmia.
Exclusive point-of-tip actuation control enables DYNAMIC XT catheters to achieve exceptional levels of tip responsiveness and control. A smooth, radiused curve (over the full curve segment) eliminates unintentional secondary curves for smooth advancement and accurate placement. Superb cannulation capabilities offer precise control, even at the ...
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The WOVENTM catheter‘s bioexibility allows the shaft to soften rapidly at body temperature to a predetermined biosoftness. Biosoftness characteristics allows the catheter tip to conform to the endocardial wall for excellent tissue contact. Softening response reduces endocardial bounce, providing greater stability and better signal quality.
Product Details. The WOVEN™ Catheters exhibit bioflexibility as a result of its proprietary polyurethane woven shaft construction. Bioflexibility allows the catheter to soften at body temperature and conform to endocardium for excellent contact and stability. Mapping accuracy is enhanced through the combination of bioflexibility, stable ...
