A surgical device for fluid infiltration in tissues during laparoscopic surgical procedures

Abstract

The present invention relates to a surgical device, for the precise and efficient infiltration of fluids into tissues during laparoscopic surgical procedures. This device comprises a metallic, tube-like body (T) having an interanl hollow cavity that includes a holding area (H) and an infiltration nozzle (IN), which are key components facilitating its operation. The body (T) of the canula is designed to be long enough to reach deep into the abdominal cavity, with a holding area (H) equipped with a louver lock (LL) at its upper end. This lock (LL) allows for the secure attachment of syringes or fluid lines, ensuring stable and controlled fluid delivery. The infiltration nozzle (IN), located at the lower end of the body (T), features a distinct 90°degree bend terminating in a blunt beveled end (B). This design is specifically optimized to minimize tissue trauma while maximizing the precision and effectiveness of fluid dispersion directly at the surgical site.