Mapping catheters play an important role in the medical field, especially in cardiology. Different types of mapping catheters, such as controllable ten-pole mapping electrode catheters, controllable annular pulmonary vein mapping electrode catheters, controllable twentie-pole mapping electrode catheters, and fixed elbow mapping electrode catheters, have their own characteristics in design and function, which also leads to their different treatment methods in the field.
First, steerable 10-pole mapping electrode catheters are typically designed to be finely designed, with smaller metal rings and tips for precise control and measurement. They are mainly used for complex cardiac electrophysiology tests.
Then there are the controllable annular pulmonary vein mapping electrode catheters, which are often designed with larger annular metal rings to wrap around and stabilize at specific sites in the pulmonary veins for effective electrophysiological measurements.
The design of the controllable 20-pole mapping electrode catheter with more electrodes to provide a wider range of cardiac electrophysiological information makes it more suitable for specific medical procedures.
Finally, there are fixed elbow mapping electrode catheters, which are designed to be more fixed and not as flexible as those mentioned earlier, and they are mainly used for mapping specific areas.
In the field, the value and treatment of these different types of mapping catheters also vary. Controllable decapole, annular pulmonary vein, and twentie-pole mapping electrode catheters are often of high value due to their complex design and precision metallic elements. The metal parts of these high-end devices, especially those containing ***, require special attention when **.
In contrast, the fixed elbow mapping electrode catheter has a relatively low value due to its relatively simple design and less containment. However, even if the conduit is of lower value, its correctness is still essential for environmental protection and resource recycling.