This diploma project presents the development of an ultrasonic wound healing system.
In the first chapter, an analytical review of existing wound treatment methods is provided, with a detailed focus on the ultrasonic technique. An overview and comparison of competitive ultrasonic wound therapy systems is presented, highlighting their advantages and disadvantages. The chapter also addresses the relevance and prospects of this topic. The second chapter focuses on the development of the functional diagram of the ultrasonic system. Amplifier parameters are calculated, and a mechanical assembly model is designed. The rationale for the geometry and modular structure of the applicator is also explained. The third chapter includes the design of the electrical schematic diagram and analysis of its components. A printed circuit board (PCB) is developed using CAD tools, followed by 3D modeling of the PCB to verify component placement and integration.
The abstract outlines the structure of the diploma project, which consists of a comprehensive analysis of wound treatment technologies and devices, the development of a functional system design, and its realization in the form of an assembly drawing and PCB. The project aims to improve the effectiveness and flexibility of wound healing systems.
Research advisor: V. Bazhenov
