Active bed bug traps are specialized devices designed specifically to capture bed bugs in infested areas. These traps take advantage of bed bugs’ natural behaviors and preferences.
Active bed bug traps typically use one or more of the following mechanisms:
Heat: Bed bugs are attracted to heat sources as they associate them with potential hosts (humans). Active bed bug traps often incorporate a heating element, such as a small heating pad or a heat-emitting device, to create a warm environment that mimics the presence of a human body.
CO2 (Carbon Dioxide): Bed bugs are also attracted to the carbon dioxide emitted by human breath, as it indicates the presence of a potential blood meal. Active bed bug traps may include a CO2 generator or cartridges that release a controlled amount of carbon dioxide, simulating the breath of a sleeping person.
Visual cues: Some active bed bug traps may also incorporate visual cues or colors attractive to bed bugs. This can include patterns that mimic the appearance of a human host, further enhancing the trap’s attractiveness.
The combination of heat, CO2, and a trapping mechanism in active bed bug traps aims to lure bed bugs into the device, where they become trapped and unable to escape.
These traps are typically used for monitoring purposes, allowing individuals or pest control professionals to assess the presence and activity of bed bugs in a particular area.