Abstract:

The development of optoelectronic systems for coagulation in surgery is an important and actual issue that needs to research and create unique medical devices based on the latest development work in the field of surgery. Based on literature and patent analysis using online resource shows that currently there are a number of surgical hyperthermical technology on different principles of action. However, there is insufficient development funds on the basis of proximity principles, especially the principles of optical incoherent radiation using electro-optical systems and technologies, which are now successfully used in other fields of medicine. The analysis proved the need for experimental studies of such systems as the basis for work. Designed a model coagulator using opto-electronic system for photomedical hyperthermical technology for instant stop the bleeding operated internal organs. In order to develop model done experimental research of temperature characteristics and the characteristics of the interaction of optical radiation with typical biological tissues. Based on the research result proposed architecture of opto-electronic systems and design manual coagulator.