CN CN
Principle
Principle of Microwave Ablation

Using 2450 MHz microwaves transmitted via cable and applied to the human body through the microwave ablation needle, it induces high-frequency oscillations of ions, water molecules, and dipoles within tissue cells, thereby generating a thermal effect. This rapidly raises the temperature of the target tissue to the protein denaturation threshold, achieving coagulation and necrosis of the targeted tissue.

 

 

 

Working Principle Diagram

advantage
Advantages of Microwave
Minimally Invasive & Highly Efficient

Microwave ablation offers advantages such as wide applicability, minimal trauma, and short procedure time. The single-needle ablation zone is extensive, allowing physicians to perform multi-point, repeated conformal ablations tailored to the shape of the tumor.

Our company's microwave technology features precise circular ablation and break-resistant needles.

Minimally Invasive & Highly Efficient
Minimally Invasive & Highly Efficient
Only a needle-tip-sized incision is needed to locally deactivate the lesion, achieving efficient and thorough treatment.
Minimal Damage
Preserving organ function, reducing complications, and ensuring patient quality of life.
Broad Applications
Applicable to the treatment of various solid tumors.
Multi-Combination
It can be combined with various treatment modalities such as surgery, radiotherapy, and chemotherapy to enhance overall efficacy.
Immune Activation
Can activate the body's immune response against tumors, thereby enhancing the patient's immunity.
clinical
Clinical Applications
It is suitable for minimally invasive treatment of various solid tumors including liver cancer, lung cancer, kidney cancer, bone cancer, breast cancer, as well as benign lesions such as thyroid nodules, small pulmonary nodules, breast nodules, uterine fibroids, and varicose veins.
Liver

Liver

Lung

Lung

Kidney

Kidney

Bone Cancer

Bone Cancer

Breast

Breast

Thyroid

Thyroid

Uterine Fibroids

Uterine Fibroids