On the efficiency growth of waveguide tools for ultrasonic sanitation of body wounds and cavities

Unique sets of waveguide tools have been designed and implemented into clinical practice. These waveguide tools allow increasing the efficacy of a low-frequency ultrasonic (LFUS) treatment for body wounds and cavities at the expense of ensuring maximum possible energy input into the LFUS treated liquid medium by means of producing with a radiating end of an operating section of the waveguide tool a developed volume of a cavitational liquid area simultaneously interacting with distal and side sites of infection nidus wound tissues. The above mentioned effect is attained due to the design of a radiating end of an operative section that is a kind of a polyhedron, e.g. a wedge, a pyramid, a tetrahedron, their each edge being a radiating element.