Bidirectional ablation catheter recovery and working principle

Bidirectional ablation catheters are one of the key devices commonly used in cardiac surgery and interventional treatments in the medical field. After using these bidirectional ablation catheters, we need to recycle and purify the discarded catheters. These catheters still have extremely high recycling value even after they are discarded. The head end and the ring surrounding the catheter contain a certain amount of precious metals platinum and iridium.

Bidirectional ablation catheter is an important medical device used to treat heart diseases. Its working principle is based on energy conduction and concentration, mainly acting on the patient's heart tissue through radio frequency or cooling effect. The tip of the catheter can be precisely targeted to a specific area inside the heart, relying on the skill of the doctor and the precise design of the catheter.
During treatment, a catheter is passed through the patient's vascular system into the heart, and doctors can monitor the catheter's position in real time and adjust energy delivery as needed. The key to this principle is to intervene in the heart tissue with heat or cold to restore the heart's rhythm to normal.
Recycling of bidirectional ablation catheters involves multiple steps. The recovered ablation catheters need to be cleaned and disinfected to remove residual materials on the catheter surface and kill possible microorganisms to ensure that there is no risk of infection during the catheter recycling process.