Under imaging guidance, single-use sterile cryoablation probe is precisely inserted into the target area. Based on the Joule-Thomson principle, high-pressure argon gas flows through a small aperture, creating a throttling effect that rapidly lowers the temperature in the cryoablation area. Within 15-30s, the tumor tissue is quickly freezing to below-150 C. After the freezing process lasting 10-20min, the high-pressure helium system is activated for thawing (20 C-40C), The tumor cells are fully destroyed after 2-3 freezing-thawing cycles.
| Type | Description |
|---|---|
| Channels | Two-Channels |
| Screen | Touchscreen Display |
| Refrigerant UPS Systems | Plug and Play |
| Multiple Constant Voltage System | Energy Saving, Safe and Reliable |
| Stick Function | One-Click Precise Fixed Control Function |
| Rated Voltage and Frequency | 220V, 50HZ |
| Weight | 20kg |
This system uses argon as the refrigerant and helium as the heat medium. The system has the functions of real-time monitoring of argon-helium working pressure and temperature of cryoablation probe, and freezing power adjustment. Together with the single-use sterile cryoablation probe, it enables the function of rapid cooling and thawing and then ablate the target tissue.
Cryosurgical system is intended for use in open, minimally invasive or endoscopic surgical procedures in the areas of general surgery, oncology, urology, gynecology, neurology, dermatology, ENT, orthopedics, pulmonary surgery and thoracic surgery etc. The system is used for freezing/ablating all benign and malignant lesions of solid organs by the application of extreme low temperatures.
Smaller footprint and weight allows for mobilization of the console. Mobile cart offers a center storage area for accessory bag or 4 needle boxes.
Simplified procedural interface offers equivalent iceball performance as larger cryoablation systems. Large timers allow visualization of case progression from a distance. Icons and system wizards guide procedural actions.
