Abstract: The present invention is a vessel sealing and cutting system (10) comprising a surgical equipment (20) comprising a lower jaw (222) and an upper jaw (212) in a manner defining a holder tip (24) grabbing the tissues containing vessels, and a lower body (21) embodied at the continuation of said upper jaw (212), and a laser source (50) connected to said surgical equipment (20), characterized by comprising a module housing (215) embodied in a manner extending inside said lower body (21) and said upper jaw (212), and a laser module (30) which transmits a laser light to the grabbing region (61) from said holder tip (24) in a simultaneous manner with the closing of the jaws and positioned in said module housing (215) in a manner connected to said laser source (50) from one end thereof.

Abstract: The present invention is a vessel sealing and cutting system (10) comprising a surgical equipment (20) comprising a lower jaw (222) and an upper jaw (212) in a manner defining a holder tip (24) grabbing the tissues containing vessels, and a lower body (21) embodied at the continuation of said upper jaw (212), and a laser source (50) connected to said surgical equipment (20), characterized by comprising a module housing (215) embodied in a manner extending inside said lower body (21) and said upper jaw (212), and a laser module (30) which transmits a laser light to the grabbing region (61) from said holder tip (24) in a simultaneous manner with the closing of the jaws and positioned in said module housing (215) in a manner connected to said laser source (50) from one end thereof.

Abstract: This invention is regarding an instrument (1) that is intended for use in the medical field for imaging and early diagnosis of larynx cancer. The instrument described in the invention involves LED illumination (1.1.3), which are driven at a frequency that is related to the fundamental frequency of the patient sound, a microphone (1.1.4) to acquire the fundamental frequency of the patient; an indirect laryngoscope section (1.1) that consists of a semi transparent mirror (1.1.1), and a power section (1.3) that provides the electrical current that is necessary to power up the instrument for early diagnosis of larynx cancer.

Abstract: A tissue identification device for determining the presence and borders of the cancerous tissues includes a measurement probe having a concentric, 2 port coaxial structure and enabling the 1 Port and 2 Port scattering parameters of the target tissue to be measured. An S parameter measurement unit is associated with the measurement probe via an RF/Microwave cable and allows the S parameters of the tissue to be measured. A computer identifies the tissue by means of an application software block and a tissue identification software block therein in line with the measurement results from the S parameter measurement unit. A hand tool carrying the measurement probe thereon during the measurement process operates simultaneously with the computer by being in communication therewith.