Abstract: A user activated insect bait station particularly adapted for use with a flowable bait, including attractants and toxicants is disclosed. The bait station is formed as a sealed container fabricated from two primary parts, an upper portion and a lower portion sealingly connected along common peripheral edges. The bait station includes first and second chambers in fluid communication for containing the bait. The user forms an opening in the bait station to expose the bait in the first chamber to the atmosphere while providing access to the bait for ants. The bait station further defines a recessed groove that provides a pathway leading to the second chamber opening. A top cover is provided for shielding the bait station opening while providing access to the opening.

Abstract: A spill resistant insect bait station particularly adapted for use with liquid or gel insecticide consists of a generally cylindrical housing having an open end, a closed end, and a removable end cap assembly adapted for removable attachment with said open end. The housing interior functions as a reservoir for liquid or gel bait formulations, such as attractants and toxicants. Axial apertures formed in the housing ends provide insects with access to the interior of the housing through a series of openings defined in the walls of internal tube and shaft structures. A spiral baffle projects radially outward from the shaft for sealing engagement with the inner wall of the tubular structure to prevent spillage of liquid bait, while defining a passage for insects leading to the liquid bait. A series of offset openings in the shaft and tube walls provide access to the housing interior.