ELECTRICAL CONTROLLERS WELDING APPARATUS

Brand	Owner (click to sort)	Address	Description
IFEED	ALEXANDER BINZEL SCHWEISSTECHNIK GMBH &CO. KG	Kiesacker Buseck 35418 Germany	Electrical controllers for welding apparatus and installations; computer hardware and computer software for controlling welding apparatus and installations and parts therefor;Electric welding machines; electric welding and cutting apparatus, namely, electric welding and cutting torches, and parts thereof, namely, gas nozzles, contact tips, connectors, and connection hoses; welding electrode holders, welding electrodes; parts for electric welding machines, namely, welding wire feeding installations; electronic soldering apparatus for use by robots; air suction machines for use with electric welding machines and for electric welding and cutting torches; gas welding machines and torches; power sources for electric welding apparatus and machines, namely, portable electric power generators for use with electric welding machines;I FEED;Refrigerating apparatus for electric welding apparatus and welding machines and electric cutting apparatuses, namely, coolant recirculators for liquid-cooled welding and cutting torches;
IROB	ALEXANDER BINZEL SCHWEISSTECHNIK GMBH &CO. KG	Kiesacker Buseck 35418 Germany	Electrical controllers for welding apparatus and installations; computer hardware and computer software for controlling welding apparatus and installations and parts therefor;Electric welding machines; electric welding and cutting apparatus, namely, electric welding and cutting torches, and parts thereof, namely, gas nozzles, contact tips, connectors, and connection hoses; welding electrode holders, welding electrodes; parts for electric welding machines, namely, welding wire feeding installations; electronic soldering apparatus for use by robots; air suction machines for use with electric welding machines and for electric welding and cutting torches; gas welding machines and torches; power sources for electric welding apparatus and machines, namely, portable electric power generators for use with electric welding machines;I ROB;Refrigerating apparatus for electric welding apparatus and welding machines and electric cutting apparatuses, namely, coolant recirculators for liquid-cooled welding and cutting torches;
IROB	Alexander Binzel; Schweisstechnik GmbH & Co. KG	Kiesacker 7-9 35418 Buseck Germany	Electrical controllers for welding apparatus and installations; computer hardware and computer software for controlling welding apparatus and installations and parts therefor;Electric welding machines; electric welding and cutting apparatus, namely, electric welding and cutting torches, and parts thereof, namely, gas nozzles, contact tips, connectors, and connection hoses; welding electrode holders, welding electrodes; parts for electric welding machines, namely, welding wire feeding installations; electronic soldering apparatus for use by robots; air suction machines for use with electric welding machines and for electric welding and cutting torches; gas welding machines and torches; power sources for electric welding apparatus and machines, namely, portable electric power generators for use with electric welding machines;I ROB;Refrigerating apparatus for electric welding apparatus and welding machines and electric cutting apparatuses, namely, coolant recirculators for liquid-cooled welding and cutting torches;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

An apparatus and method arranged to use a combination of at least electrical resistance heating and mechanical friction heating to case a base material and/or a consumable material to reach a combination of temperature and pressure sufficient to cause welding. The method and apparatus configured for the simultaneous or substantially simultaneous application of both electrical resistance heating and friction heating to achieve welding is referred to as an electrofriction process, method or apparatus. This combination of resistance and friction heating allows the heating to be more localized within a relatively small weld zone, thereby improving the efficiency of the overall process and allowing the size, weight and strength and/or the cost of the application equipment and/or associated fixtures and power supplies to be reduced while enhancing its capability for operation in confined spaces and providing satisfactory welding performance.