High-Reliability Device for Flocking Processing of Sampling Swab

The present invention provides a high-reliability device for flocking processing of a sampling swab. An optical position sensor is used for positioning, and through cooperation of a horizontal drive mechanism and a rotary drive 5 mechanism, power generation holes are arranged corresponding to fixing insertion holes in a coaxial manner. A telescopic apparatus drives an electrostatic generator to move close to a loading disk, such that sampling heads of sampling swabs to be flocked are correspondingly inserted into the power generation holes, and power generation heads in the power generation holes uniformly apply static electricity to o the sampling heads of the sampling swabs to be flocked. After the static electricity is applied, an electric inlet and outlet door at an inlet of a flocking box and an electric isolation door are opened, and the horizontal drive mechanism drives a loading mechanism through the rotary drive mechanism to drive the sampling swabs to be flocked into a flocking cavity. A flock output apparatus outputs flock, 5 flock in the flocking cavity adheres to the sampling heads of the sampling swabs to be flocked under the action of the static electricity and glue, and the sampling swabs to be flocked rotate, such that the flock is further evenly wound around the sampling heads of the sampling swabs to be flocked.