Abstract: A wireless hot shaving cream dispenser is provided. The dispenser includes a nozzle extending from a housing for dispensing a foam output. A flow path extends within the housing from a soap solution reservoir to the nozzle. A disrupter on the flow path downstream from the reservoir has a convoluted surface on the flow path to form a foam from soap solution flowing along the flow path. A heating assembly heats the dispenser to provide heat to the foam on the flow path, and a pump pumps soap solution from the reservoir through the disrupter to the nozzle along the flow path. A method of producing a hot shaving cream lather using the dispenser is provided.

Abstract: A wireless hot shaving cream dispenser is provided. The dispenser includes a nozzle extending from a housing for dispensing a foam output. A flow path extends within the housing from a soap solution reservoir to the nozzle. A disrupter on the flow path downstream from the reservoir has a convoluted surface on the flow path to form a foam from soap solution flowing along the flow path. A heating assembly heats the dispenser to provide heat to the foam on the flow path, and a pump pumps soap solution from the reservoir through the disrupter to the nozzle along the flow path. A method of producing a hot shaving cream lather using the dispenser is provided.

Abstract: A wireless hot shaving cream dispenser is provided. The dispenser includes a nozzle extending from a housing for dispensing a foam output. A flow path extends within the housing from a soap solution reservoir to the nozzle. A disrupter on the flow path downstream from the reservoir has a convoluted surface on the flow path to form a foam from soap solution flowing along the flow path. A heating assembly heats the dispenser to provide heat to the foam on the flow path, and a pump pumps soap solution from the reservoir through the disrupter to the nozzle along the flow path. A method of producing a hot shaving cream lather using the dispenser is provided.