CONTROLLER ELECTROSURGICAL APPLICATIONS

Brand	Owner (click to sort)	Address	Description
ELITE	ArthroCare Corporation	Building One 7000 W. William Cannon Dr. Austin TX 78735	Controller for electrosurgical applications, namely, system, controller, power supply, voltage supply, or apparatus, for providing and controlling electrical energy to an electrosurgical handheld device to cut, coagulate, ablate, or otherwise modify tissue and managing fluid within a surgical site;
ELITE	ArthroCare Corporation	Building One 7000 W. William Cannon Dr. Austin TX 78735	CONTROLLER FOR ELECTROSURGICAL APPLICATIONS, NAMELY, SYSTEM, CONTROLLER, POWER SUPPLY, VOLTAGE SUPPLY, OR APPARATUS, FOR PROVIDING AND CONTROLLING ELECTRICAL ENERGY TO AN ELECTROSURGICAL HANDHELD DEVICE TO CUT, COAGULATE, ABLATE, OR OTHERWISE MODIFY TISSUE AND MANAGING FLUID WITHIN A SURGICAL SITE;CONTROLLER FOR ELECTROSURGICAL APPLICATIONS, NAMELY, SYSTEM, CONTROLLER, POWER SUPPLY, VOLTAGE SUPPLY, OR APPARATUS, FOR PROVIDING AND CONTROLLING ELECTRICAL ENERGY TO AN ELECTROSURGICAL HANDHELD DEVICE TO CUT, COAGULATE, ABLATE, OR OTHERWISE MODIFY TISSUE AND MANAGING FLUID WITHIN A SURGICAL SITE; MEDICAL DEVICES FOR ELECTROSURGERY AND ELECTRON PLASMA ASSISTED SURGERY, NAMELY, PROBES AND ELECTRODES;
REVOLUTION	ArthroCare Corporation	Building One 7000 W. William Cannon Dr. Austin TX 78735	Controller for electrosurgical applications for use in supplying and controlling electrical energy to handheld electrosurgical devices that are used to cut, coagulate, ablate and modify tissue and also to manage fluid in a surgical site, in the nature of a system primarily comprised of a controller, power supply, voltage generator, and integrated fluid outflow regulator;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

An electrosurgical instrument having a movement sensing device for controlling the electrosurgical output thereof, is disclosed. In one aspect of the present disclosure, the electrosurgical instrument includes an elongated housing, an electrically conductive element supported within the housing and extending distally from the housing, the electrically conductive element connectable to a source of electrosurgical energy, and a sensor disposed within the housing and in electrical connection with the electrosurgical generator. The sensor detects movement of the electrically conductive element and communicates a signal to the electrosurgical generator relating to the movement of the electrically conductive element. The source of electrosurgical energy supplies electrosurgical energy in response to the signal from the sensor.