Description: Cervical cancer is the leading cause of mortality in low and middle-income countries. With thermo coagulation and the right equipment we will support you!
Unlike cryotherapy, which uses cold temperatures to ablate tissue, thermo coagulation uses heat to destroy tissue. The superficial epithelium blisters off after treatment, and the underlying stroma and glandular crypts are destroyed by desiccation.
Thermo coagulation cannot be compared to HF coagulation, where temperatures of around 320°C are reached. The maximum temperature during thermo coagulation is 120°C to control of post-LEEP bleeding. The temperature for treatment of CIN is 100°C which ensures an adequate depth of necrosis and results in an efficacy comparable to cryotherapy.
The technology has a clinical appeal because it is user-friendly, inexpensive, and durable. The system runs entirely on electrical power and requires no gas to operate. The treatment is fast, easy to learn and the equipment has a low dependency on a service infrastructure.