In the industry, star and mesh electrodes are special nicknames for diagnostic and mapping catheters commonly found in the medical field. These catheters are given such names mainly due to their unique structural features. By analyzing the characteristics of these structures in depth, we can better understand where their value lies.
The main feature of star and mesh electrodes is their shape design. Star electrodes typically have multiple bifurcated pole points that resemble stars; A mesh electrode, on the other hand, is made up of multiple intertwined electrode wires that resemble a grid. This design allows the electrodes to reach the ** or detection area more effectively, improving the accuracy and efficiency of medical procedures.
From the point of view, the value of star and mesh electrodes is mainly reflected in the electrodes distributed around them. These electrodes are made of *** materials, such as platinum or platinum-iridium alloys, which are widely used in the field of medical electrodes due to their excellent electrical conductivity and corrosion resistance. It is these components that give these electrodes significant value.
Compared to traditional single-structure catheters, star and mesh electrodes contain more material due to their complex structure, which naturally increases their value. During the process, these electrodes need to be precisely disassembled and sorted to ensure that as many components as possible are extracted from them.