Electrosurgical radio-wave kit for general surgery (2.64 MHz)

Universal Radio Wave Electrosurgical Set for General Surgery with a frequency of 2.64 MHz, providing precise, atraumatic incisions, coagulation of small vessels, and reduced risk of infection and tissue necrosis.

Radiofrequency Ablation (RFA) at 2.64 MHz is a method of tissue destruction based on the use of thermal energy. RFA exposure causes a sharp increase in temperature in the treatment area, leading to the instantaneous evaporation of intracellular fluid and subsequent protein denaturation. This process is characterized by a high degree of selectivity, as the thermal effect is localized within a thin layer of tissue, minimizing damage to surrounding healthy structures.
Simultaneously with tissue ablation, RFA initiates microvessel coagulation. Denaturation of proteins in the walls of capillaries and small vessels under the influence of heat leads to their occlusion and cessation of blood flow.

Minimal tissue damage. The degree of thermal damage is up to 10 times less compared to traditional electrosurgical exposure and 2-3 times less compared to most lasers. Minimal necrosis in the area of the surgical wound and adjacent tissues is 15–20 microns. Absence of leukocyte infiltration in tissues and, consequently, a reduced risk of inflammation.

Accelerated tissue regeneration. Early neoangiogenesis. Pronounced, early (starting from day 3) tissue repair and epithelialization, and their restoration. Reduced tissue soreness during radio wave dissection due to atraumatic coagulation of nerve endings.

Bactericidal effect: the radio wave has antiviral and antimicrobial properties.

Operation in a "dry" surgical field. Ability to visually control the layers of tissue being removed. Absence of a blood clot in the postoperative wound.

Cosmetic effect. Jewel-like precision of the incision. Minimal tissue swelling in the postoperative period. Early complete tissue healing without the formation of a rough scar.

Wide range of applications – oncology, orthopedics, gynecology, and dermatology.

Clinical Applications:

Incision and excision of tissues.

Coagulation of vessels.

Removal of neoplasms with minimal damage.

Treatment of purulent-inflammatory diseases.

Plastic surgeries requiring precision.

Treatment of hemorrhoids, anal fissures, and ingrown nails.