Abstract: A plant/herb sifting apparatus and method is disclosed. The apparatus comprises a containment unit having at least two levels of a sifting means; the containment unit comprising a primary containment, a secondary containment and a collection base to sift and refine a plant/herb component by a vibrating and agitation means. The apparatus further comprises a platform unit supporting the vibration and agitation means to which the containment unit is removably attached. The platform unit comprises a base and deck. The base houses a gear motor that provides the agitation through a connected arm to the deck, while a vibrator motor mounted to the deck provides a vibration motion. The levels of sifting means within the containment unit, comprise separated sieves increasing in fineness from top to bottom. The apparatus operates to sift under vibration and rapid agitation motions, providing an efficient sifting procedure to obtain a desired refined plant/herb component.