Abstract: The invention relates to a cleaning apparatus for cleaning workpieces, comprising a workpiece receptacle, a rotary part drivable in rotation about a main axis by way of a drive device, at least one nozzle supporting part which is drivable in rotation about an axis of rotation different from the main axis and on which at least one nozzle is arranged or formed at a distance relative to the axis of rotation, via which nozzle the workpiece can be acted upon by a cleaning medium, a charge generating device having at least one electrode for electrostatic charging and/or discharging of the workpiece and/or of the cleaning medium, wherein the at least one nozzle supporting part is held for rotation on the rotary part or wherein the workpiece receptacle is held to or formed by the rotary part.

Abstract: The invention relates to a cleaning apparatus for cleaning, in particular, electrical components by means of a gaseous cleaning medium, comprising a cleaning chamber with an inner space and a wall arrangement enclosing same, a receptacle for the component in the inner space and a flow device for the cleaning medium, which comprises a pressurization device and comprises or forms at least one inlet into the inner space and at least one outlet from the inner space, wherein a pressure difference between the at least one inlet and the at least one outlet is providable by means of the flow device, and wherein the flow device is formed such that the cleaning medium forms a vortex flow at least in sections in the inner space from the at least one inlet to the at least one outlet.

Abstract: The invention relates to a high pressure tool for industrially cleaning and/or machining workpieces by means of a pressurized fluid, wherein the high pressure tool comprises the following: a base body and a flow channel extending between a flow channel inlet and at least one flow channel outlet. In order to provide a high pressure tool of that kind, with which an improved degree of efficiency can be achieved, it is proposed in accordance with the invention that the high pressure tool further comprises a nozzle body on which the at least one flow channel outlet is arranged and through which the flow channel at least partially extends, wherein the base body comprises or forms the nozzle body or wherein the base body is connected or connectable to the nozzle body. A method for producing a high pressure tool of that kind is further disclosed.

Abstract: The invention relates to a switching apparatus for high pressure tools, comprising a holding device and two or more high pressure tools for cleaning purposes, a drive device, and a rotary body that is rotatable relative to the holding device about an axis of rotation by means of said drive device, an adjusting device with which one of the high pressure tools is selectively transferable from an inoperative position into an operating position, in which operating position the high pressure tool is coupled to the rotary body in a rotationally fixed manner and is rotationally drivable about a tool axis by way of said rotary body, wherein the switching apparatus comprises or forms a supply channel for pressurized cleaning liquid and the respective high pressure tool comprises or forms a tool channel for cleaning liquid, which is in flow connection or can be brought into flow connection with the supply channel during operation, wherein the switching apparatus further comprises a valve device with which the supply ch

Abstract: The invention relates to a treatment system for treating workpieces. Devices and methods of the disclosure are configured to perform at least one treatment operation on the workpiece, as well as at least one receiving unit for accommodating the workpiece on or in the treatment device. A transport device is provided that comprises at least one transport unit, with which the workpiece is transferable into a transfer position, from which the workpiece is transferable by means of the at least one receiving unit into a treatment position, as well as a control device for controlling the at least one treatment unit, the at least one receiving unit, and the at least one transport unit.

Abstract: A method for setting up and/or calibrating a robot positioned in a work environment at an operation site, wherein a predetermined routine is carried out for the purposes of setting up and/or calibration. The method includes the steps of generating the routine for the robot at a simulation site distant from the operation site; after completing the generation of the routine, transmitting the routine to a control unit of the robot at the operation site; calling up the routine and remotely executing the routine at the operation site via a control center located remotely from the operation site; and, after the start of the generated routine, allowing the generated routine to automatically process without intervention by an operator at the operation site.

Abstract: Systems for treating workpieces are disclosed. A disclosed apparatus for treating workpieces with process fluid in a flooding chamber includes a container to provide process fluid, a process fluid delivery line that fluidly couples the container to the flooding chamber to provide process fluid to the flooding chamber, where the process fluid delivery line includes a container-side inflow region, and means for generating a process fluid jet that is to flow to the flooding chamber and pass through the container-side inflow region of the process fluid delivery line.

Abstract: Apparatus for generating a pulsating pressurized fluid jet are disclosed. One disclosed example includes a line system having at least one nozzle with at least one nozzle orifice from which a pulsating fluid jet of pressurized fluid emerges, and a chamber having a pressure wave generating device to generate fluid pressure waves, where the chamber is in fluid communication with the line system through an outlet opening for the generated fluid pressure waves. The disclosed example also includes a setting device for controlling the amplitude of the fluid pressure waves in the line system upstream of the at least one nozzle orifice where the setting device sets a quotient of a path length of the fluid pressure waves between the outlet opening and the at least one nozzle orifice, and the wavelength of the fluid pressure waves in the line system.