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A diagnostic catheter that has a steering mechanism to help it navigate through a vessel while being implanted. A unidirectional steering mechanism or a bidirectional steering mechanism may be present in the catheter.
There are also pre-formed catheters available without steering mechanisms. In order to sense the intracardial electrogram signal while the catheter is in use, the catheter bodies contain a number of ring electrodes.
A solderless connection is used to bring the ring electrodes into ohmic contact with the associated signal wires. A basket catheter with several splines is another way the catheter can be realized.
The splines may be expanded from an at-rest state to form the basket after the catheter has been placed inside the conduit or organ being studied (usually the heart). To supply the expansion force, a central retractable and steerable element is included. Moving the catheter’s proximal end in relation to the central part can also provide the expansion force.
The Global Steerable Diagnostic Catheter market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The DIRECTSENSE Technology, a device for observing the impact of radiofrequency (RF) energy delivery during cardiac ablation procedures, has been officially launched in the United States, according to Boston Scientific.
The Q50 PLUS Stent Graft Balloon Catheter from Merit, a versatile balloon catheter perfect for abdominal and thoracic EVAR procedures, and the Osseoflex SB Steerable and Straight Balloons, a family of inflatable bone tamps for vertebral augmentation or kyphoplasty, were both introduced to Europe at the CIRSE 18 Congress.
