What diseases can microwave ablation therapy treat?

Microwave ablation therapy is a very common treatment method that can treat many diseases clinically. However, microwave ablation therapy often has very high technical requirements for doctors. When you are undergoing microwave ablation treatment, you must go to a regular professional hospital and never go to a small hospital, otherwise it will cause many complications and cause great harm to your health.

What diseases can microwave ablation therapy treat?

Microwave ablation is an important treatment method in interventional therapy. Its principle is to use a special puncture needle to penetrate the lesion site, transmit the radiofrequency microwave to the needle tip, and generate high temperature at this location to destroy the lesion and achieve the purpose of treating the disease. Microwave ablation technology is widely used and is applied in many clinical specialties, such as radiofrequency ablation in the cardiology department to treat arrhythmias and microwave ablation in the oncology department to treat liver cancer. Microwave ablation is a minimally invasive treatment method with definite effects.

Compared with radiofrequency, it has high thermal efficiency and short operation time. Generally, a tumor with a diameter of 5 cm can be ablated in 10 minutes, reducing intraoperative risks and patient pain.

The solidification volume can be controlled

Advanced water-cooled circulating microwave therapy technology can reduce the pain and burden of patients during surgery and will not burn the puncture channel.

The digital control system is equipped with multiple safety protection functions, with extremely high reliability, small needle tract trauma, less bleeding and fast healing.

Multi-channel microwave output: According to clinical needs, the emission source can be increased and multiple treatment electrodes can be arranged to treat larger solid tumors by coagulation. The power of each treatment electrode can be adjusted individually according to the size of the treatment lesion.

The pulsed microwave emission method can enhance the penetration depth of microwaves and help expand the range of coagulation. The advanced LCD display can be directly controlled by a computer, which facilitates human-computer interaction and is easy to operate.

Integrate with B-ultrasound, CT and other equipment and their imaging workstations to save any image, and provide a powerful case file management system and graphic workstation to facilitate clinical research and medical record archiving.

Convenient for remote surgical guidance

Scope of application

Liver cancer, lung cancer, bone cancer, breast cancer, uterine fibroids, prostate cancer, pancreatic cancer, thyroid cancer, bladder cancer and other solid tumors

Indications

Primary tumors that cannot be operated on due to heart, lung, liver function, etc.

Confirmed primary tumor that cannot be removed surgically

Patient refuses surgery

Metastatic tumor

Postoperative recurrence