Abstract: A product separator having a flotation tank through which a quantity of product is passed in a flow of water. A shaped duct having a horizontal capture leg and an upwardly inclined discharge leg is connected into the floor of the tank so that the entrance of the capture leg communicates with the flow and an upper exit in the discharge leg empties into a vibratory hopper. A raised gate passes upwardly into the flow and directs less buoyant product into the capture leg. An ejector is positioned in the bottom of the capture leg and is arranged to direct a continuous high velocity stream of water across the transition region between the two legs into the discharge chute into a segregation hopper.